mhurhangee/patent-ind-claim-en huggingface dataset:
A self locking nut and bolt assembly for a stack of rotating wheels , comprising: a tie bolt extending through the stack of rotating wheels ; the tie bolt comprising bolt threads ; a locking nut positioned on a first end of the tie bolt ; the locking nut comprising nut threads sized to accommodate the bolt threads characterized in that it further comprises a locking washer positioned on the one end of the tie bolt within the locking nut ; wherein the locking washer comprises washer threads sized to accommodate the bolts threads . a tie bolt extending through the stack of rotating wheels ; the tie bolt comprising bolt threads ; a locking nut positioned on a first end of the tie bolt ; the locking nut comprising nut threads sized to accommodate the bolt threads it further comprises a locking washer positioned on the one end of the tie bolt within the locking nut ; wherein the locking washer comprises washer threads sized to accommodate the bolts threads .
An electric vehicle comprising: a vehicle cabin provided with a floor having a floor surface that is flat, the vehicle cabin being configured such that an occupant is able to be in the vehicle cabin in any one of a seated position and a standing position; a battery accommodated under the floor of the vehicle cabin ; a drive unit provided on one of a front side and a rear side with respect to the battery in a vehicle longitudinal direction; and an end doorway provided in a longitudinally-end wall of the vehicle cabin , the longitudinally-end wall being provided on the other one of the front side and the rear side with respect to the battery in the vehicle longitudinal direction, and the end doorway being configured such that the occupant is able to get on and off the electric vehicle through the end doorway ; characterized by an end slope provided at the end doorway , the end slope being configured to extend from the floor surface toward an outside of the vehicle cabin ; a side doorway provided in a side wall of the vehicle cabin , the side doorway being configured such that the occupant is able to get on and off the electric vehicle through the side doorway , the side wall being an end wall of the vehicle cabin in a vehicle-width direction; and a side slope provided at the side doorway , the side slope being configured to extend from the floor surface toward an outside of the vehicle cabin , the side slope being accommodated at a position that does not overlap with an accommodation position of the end slope in a plan view of a part of the electric vehicle under the floor. a vehicle cabin provided with a floor having a floor surface that is flat, the vehicle cabin being configured such that an occupant is able to be in the vehicle cabin in any one of a seated position and a standing position; a battery accommodated under the floor of the vehicle cabin ; a drive unit provided on one of a front side and a rear side with respect to the battery in a vehicle longitudinal direction; and an end doorway provided in a longitudinally-end wall of the vehicle cabin , the longitudinally-end wall being provided on the other one of the front side and the rear side with respect to the battery in the vehicle longitudinal direction, and the end doorway being configured such that the occupant is able to get on and off the electric vehicle through the end doorway ; characterized by an end slope provided at the end doorway , the end slope being configured to extend from the floor surface toward an outside of the vehicle cabin ; a side doorway provided in a side wall of the vehicle cabin , the side doorway being configured such that the occupant is able to get on and off the electric vehicle through the side doorway , the side wall being an end wall of the vehicle cabin in a vehicle-width direction; and a side slope provided at the side doorway , the side slope being configured to extend from the floor surface toward an outside of the vehicle cabin , the side slope being accommodated at a position that does not overlap with an accommodation position of the end slope in a plan view of a part of the electric vehicle under the floor.
A bipolar resectoscope , comprising - an outer shaft made entirely of an electrically conductive material and having at its distal end a plurality of return flow openings , - an inner shaft arranged within the outer shaft , made of an electrically conductive material, with an insulating insert made of an electrically nonconductive material arranged at its distal end , whereby a return flow of flushing fluid is enabled between the outer shaft and the inner shaft via the return flow openings of the outer shaft , - an electrode transporter that can be arranged within the inner shaft , - a first electrode that can be arranged within the electrode transporter in a longitudinally displaceable manner and that, at its proximal end facing away from the distal end, can be connected to a first connection of a high frequency generator and is divided in a fork shape at its distal end and has two parallel cutting loop guide tubes parallel to the longitudinal axis , between which a semicircular cutting loop is stretched open, and - a second electrode which can be connected at its proximal end to a second connection of the high-frequency generator, wherein, at its distal end , the insulating insert has a circumferential electrically conductive electrode surface that is exposed transversely to the longitudinal axis of the inner shaft , the exposed electrode surface being connected to the distal end of the second electrode on the inner side of the insulating insert ; wherein the exposed electrode surface of the insulating insert is arranged so as to be insulated in the longitudinal direction toward the distal end of the insulating insert , on the one hand, and toward the free end of the inner shaft, on the other hand; and wherein the exposed electrode surface of the insulating insert is arranged on the outer side , facing radially away from the longitudinal axis , of the insulating insert , and is electrically insulated toward the inside. - an outer shaft made entirely of an electrically conductive material and having at its distal end a plurality of return flow openings , - an inner shaft arranged within the outer shaft , made of an electrically conductive material, with an insulating insert made of an electrically nonconductive material arranged at its distal end , whereby a return flow of flushing fluid is enabled between the outer shaft and the inner shaft via the return flow openings of the outer shaft , - an electrode transporter that can be arranged within the inner shaft , - a first electrode that can be arranged within the electrode transporter in a longitudinally displaceable manner and that, at its proximal end facing away from the distal end, can be connected to a first connection of a high frequency generator and is divided in a fork shape at its distal end and has two parallel cutting loop guide tubes parallel to the longitudinal axis , between which a semicircular cutting loop is stretched open, and - a second electrode which can be connected at its proximal end to a second connection of the high-frequency generator,
Lubricant receptacle for vertical conveyance of lubricant by means of a crankshaft of a refrigerant compressor , the lubricant receptacle comprising - at least one rotationally symmetrical sleeve-shaped receiving portion for receiving lubricant, wherein the longitudinal axis of the receiving portion can be arranged coaxially with a longitudinal axis of the crankshaft of the refrigerant compressor , - a fastening portion adjoining the receiving portion in order to fasten the lubricant receptacle to the crankshaft , and - at least one end region adjoining the receiving portion and closing off the receiving portion apart from an inlet opening , wherein the inlet opening enables the entry of lubricant from a lubricant sump of the refrigerant compressor into the receiving portion of the lubricant receptacle , said lubricant receptacle protruding at least in portions into the lubricant sump , wherein the inlet opening is arranged in the end region surrounding the longitudinal axis , characterized in that the inlet opening , as viewed in the direction of the longitudinal axis, has either a circular peripheral shape and a center of the inlet opening is offset from the longitudinal axis , or the inlet opening has a non-circular peripheral shape as viewed in the direction of the longitudinal axis. - at least one rotationally symmetrical sleeve-shaped receiving portion for receiving lubricant, wherein the longitudinal axis of the receiving portion can be arranged coaxially with a longitudinal axis of the crankshaft of the refrigerant compressor , - a fastening portion adjoining the receiving portion in order to fasten the lubricant receptacle to the crankshaft , and - at least one end region adjoining the receiving portion and closing off the receiving portion apart from an inlet opening , wherein the inlet opening enables the entry of lubricant from a lubricant sump of the refrigerant compressor into the receiving portion of the lubricant receptacle , said lubricant receptacle protruding at least in portions into the lubricant sump , wherein the inlet opening is arranged in the end region surrounding the longitudinal axis ,
Vehicle equipment part comprising: - a support wall - fixing cavity opening through an opening into the support wall , o the fixing cavity comprising a bottom wall connected to the support wall by a side wall , o the bottom wall comprising a fixing orifice intended to be traversed by a fixing screw comprising a fixing head , characterized in that the side wall comprises a passage hole arranged at the junction with the bottom wall , extending at least parallel to the bottom wall , so as to allow the passage of a part of the fastening head into the passage hole during the displacement of the fastening screw arranged in the fastening orifice, in the direction of said passage hole. - a support wall - fixing cavity opening through an opening into the support wall , o the fixing cavity comprising a bottom wall connected to the support wall by a side wall , o the bottom wall comprising a fixing orifice intended to be traversed by a fixing screw comprising a fixing head , o the fixing cavity comprising a bottom wall connected to the support wall by a side wall , o the bottom wall comprising a fixing orifice intended to be traversed by a fixing screw comprising a fixing head ,
A ball head of a trailer coupling for an agricultural vehicle, comprising an indicator for the wear of the ball head, which is formed as a single piece with the ball head , characterized in that the indicator is formed as at least one depression on a ball surface of the ball head . an indicator for the wear of the ball head, which is formed as a single piece with the ball head , characterized in that the indicator is formed as at least one depression on a ball surface of the ball head .
Method for transmitting a transmission data block from a transmission device , for example at least one part of a sensor or one part of an evaluation device for evaluating transmission data, via an Ethernet connection to a reception device (24; 24'), for example an evaluation device for processing the transmission data, which has a memory for storing a transmitted transmission data block and a processor for at least partially processing the transmitted transmission data block stored in the memory , wherein the transmission data in the transmission data block are sensor data from a sensor for examining valuable documents , in which the transmission device uses the data from the transmission data block to form a sequence of Ethernet packets each comprising administrative data and a transmission data sub-block formed from at least some of the data, with the result that the transmission data sub-blocks of the Ethernet packets in the sequence comprise the data from the transmission data block , wherein the administrative data comprise administrative data from which it is possible to determine whether one of the Ethernet packets is the last Ethernet packet in the sequence, and transmits the Ethernet packets that have been formed to the reception device via the Ethernet connection , and in which the reception device receives the Ethernet packets in the respective sequence and writes the transmission data sub-blocks of the received Ethernet packets in the sequence of Ethernet packets for the transmission data block to the memory using at least some of the administrative data, wherein an interrupt is not transmitted to the processor while or after writing each of the transmission data sub-blocks. in which the transmission device uses the data from the transmission data block to form a sequence of Ethernet packets each comprising administrative data and a transmission data sub-block formed from at least some of the data, with the result that the transmission data sub-blocks of the Ethernet packets in the sequence comprise the data from the transmission data block , wherein the administrative data comprise administrative data from which it is possible to determine whether one of the Ethernet packets is the last Ethernet packet in the sequence, and transmits the Ethernet packets that have been formed to the reception device via the Ethernet connection , and in which the reception device receives the Ethernet packets in the respective sequence and writes the transmission data sub-blocks of the received Ethernet packets in the sequence of Ethernet packets for the transmission data block to the memory using at least some of the administrative data, wherein an interrupt is not transmitted to the processor while or after writing each of the transmission data sub-blocks.
An injection moulding system for forming an oven liner with a split line on at least one side of an interior surface thereof, the system comprising: a first mould tool defining a cavity , with a depth (D) extending in a depth direction into the cavity, perpendicular to the plane of an opening into the cavity, width (W) in a width direction and height (H) in a height direction, with the depth, width and height directions being mutually perpendicular; and a wedge collapsing tool , wherein the first mould tool has a substantially rectangular end face (A) with dimensions corresponding to width (W) and height (H) of the cavity and has a hot feed located at a centroid of its end face; the wedge collapsing tool is received in the cavity so as to contact and engage with an external periphery of the first mould tool at selected locations in order to define a volume (V) into which hot material feed is injected, characterised in that the wedge collapsing tool comprises at least a first wedge-shaped part and a second wedge-shaped part , whereby, when the wedge collapsing tool is received in the cavity, the first wedge-shaped and second wedge-shaped parts are in slidable contact with on e another and are fully separable from one another, and the width of the first wedge-shaped part of the wedge collapsing tool in the width direction is at least 0.1 mm less than the width of the second wedge-shaped part of the wedge collapsing tool in the width direction, such that the combined thicknesses of the portions of the volume (V) between the first part and side faces of the cavity on either side thereof in the width direction are at least 0.1 mm greater than the combined thicknesses of the portions of the volume (V) between the second part and the side faces of the cavity on either side thereof in the width direction.
An image forming apparatus comprising: a plurality of photosensitive drums ; a transfer belt above the photosensitive drums and having an outer surface that faces the photosensitive drums ; a tension roller in contact with an inner surface of the transfer belt ; a cam that is in contact with the tension roller and is movable to a first position at which the cam applies a first tension to the transfer belt through the tension roller and a second position at which the cam applies a second tension less than the first tension to the transfer belt through the tension roller ; characterized in that the image forming apparatus further comprises a support below the transfer belt and having a supporting surface that faces the outer surface of the transfer belt ; and a lever that is mechanically linked to the cam and the support and is rotatable from a third position at which the cam is in the first position to a fourth position at which the cam is in the second position, wherein, as the lever is moved from the third position to the fourth position, the supporting surface is raised against the outer surface of the transfer belt . a plurality of photosensitive drums ; a transfer belt above the photosensitive drums and having an outer surface that faces the photosensitive drums ; a tension roller in contact with an inner surface of the transfer belt ; a cam that is in contact with the tension roller and is movable to a first position at which the cam applies a first tension to the transfer belt through the tension roller and a second position at which the cam applies a second tension less than the first tension to the transfer belt through the tension roller ; characterized in that the image forming apparatus further comprises a support below the transfer belt and having a supporting surface that faces the outer surface of the transfer belt ; and a lever that is mechanically linked to the cam and the support and is rotatable from a third position at which the cam is in the first position to a fourth position at which the cam is in the second position, wherein, as the lever is moved from the third position to the fourth position, the supporting surface is raised against the outer surface of the transfer belt .
An anchor assembly comprising: an anchor comprising: a body defining a cavity , wherein the body comprises a cover member extending over the cavity ; and the anchor assembly further includes: an insertion device insertable into the cavity , the insertion device comprising a securing member movable between securing and non-securing positions; wherein the cover member cooperates with the securing member to urge the securing member towards a securing position of the securing member when the insertion device is inserted into the cavity ; characterised in that the anchor comprises a reinforcing member extending through the cavity and outwardly from the body , wherein, when the movable securing member is in the securing position in the cavity , the securing member can engage the reinforcing member to secure the insertion device to the anchor . a body defining a cavity , wherein the body comprises a cover member extending over the cavity ; and the anchor assembly further includes: an insertion device insertable into the cavity , the insertion device comprising a securing member movable between securing and non-securing positions; wherein the cover member cooperates with the securing member to urge the securing member towards a securing position of the securing member when the insertion device is inserted into the cavity ; characterised in that the anchor comprises a reinforcing member extending through the cavity and outwardly from the body , wherein, when the movable securing member is in the securing position in the cavity , the securing member can engage the reinforcing member to secure the insertion device to the anchor . an insertion device insertable into the cavity , the insertion device comprising a securing member movable between securing and non-securing positions; wherein the cover member cooperates with the securing member to urge the securing member towards a securing position of the securing member when the insertion device is inserted into the cavity ; characterised in that the anchor comprises a reinforcing member extending through the cavity and outwardly from the body , wherein, when the movable securing member is in the securing position in the cavity , the securing member can engage the reinforcing member to secure the insertion device to the anchor .
An all solid-state lithium battery comprising: a solid electrolyte ; at least two terminals, including a positive terminal connecting a cathode electrode and a negative terminal connecting an anode electrode , for operating the battery at one level of internal resistance (R 1 ) over a temperature range of the battery between a first temperature (T 1 ) and a second temperature (T 2 ), wherein T 2 is higher than T 1 ; at least one high resistance terminal for operating the battery at a second level of internal resistance (R 2 ); wherein a value of R 2 at 2 °C below T 1 is at least twice the value of R 1 at T 1 or a value of R 2 at 2 °C above T 2 is at least twice the value of R 1 at T 2 ; at least one resistor sheet within a cell of the battery wherein the at least one resistor sheet has at least two tabs , with one tab electrically connected to one of the at least two terminals for operating the battery at R 1 and the other tab electrically connected to the at least one high-resistance terminal ; and a switch for switching between the positive and negative terminals for operating the battery at R 1 and between the at least one high resistance terminal and the positive terminal for operating the battery at R 2 . a solid electrolyte ; at least two terminals, including a positive terminal connecting a cathode electrode and a negative terminal connecting an anode electrode , for operating the battery at one level of internal resistance (R 1 ) over a temperature range of the battery between a first temperature (T 1 ) and a second temperature (T 2 ), wherein T 2 is higher than T 1 ; at least one high resistance terminal for operating the battery at a second level of internal resistance (R 2 ); wherein a value of R 2 at 2 °C below T 1 is at least twice the value of R 1 at T 1 or a value of R 2 at 2 °C above T 2 is at least twice the value of R 1 at T 2 ; at least one resistor sheet within a cell of the battery wherein the at least one resistor sheet has at least two tabs , with one tab electrically connected to one of the at least two terminals for operating the battery at R 1 and the other tab electrically connected to the at least one high-resistance terminal ; and a switch for switching between the positive and negative terminals for operating the battery at R 1 and between the at least one high resistance terminal and the positive terminal for operating the battery at R 2 .
Tire valve for a pneumatic tire of a vehicle, in particular a motor vehicle such as utility vehicles or passenger cars, with an air inlet end for connecting a compressed air source and an air outlet end for positioning within the pneumatic tire; with a valve shaft extending from the air inlet end to the air outlet end and having an external thread on its outer circumference and in the area of the air outlet end having a stop for a rim well supporting the pneumatic tire and a fastening thread for an air pressure sensor to be positioned inside the pneumatic tire or another device to be fastened to the valve shaft, with a union nut which has an internal thread for screwing onto the external thread , in order to clamp the rim well between the union nut and the stop with the valve shaft pushed through a rim bore, with a valve cap made of plastic, which can be screwed or is screwed to the valve shaft at the air inlet and has a maximum outer diameter , with a deformation element on the outer circumference of the valve shaft and/or an inner circumference of the union nut , which is designed to be reversibly or irreversibly deformed when the union nut is screwed onto the valve shaft in such a way that, at an initial screwing-on torque, the valve shaft together with the union nut is at first rotatable relative to the rim well , with an at least largely deformation-free state of the deformation element , and with a subsequently comparably higher screwing-on torque, the union nut can be rotated relative to the valve shaft by deformation of the deformation element ; characterized in that the union nut and, when the deformation element is arranged on the inner circumference of the union nut , also the deformation element has a minimum inner diameter which is greater than the maximum outer diameter of the valve cap .