mhurhangee/ep-ind-claims huggingface dataset:
A saw blade (100, 500, 700, 800) comprising: an elongated body (102, 502, 702, 802) having a front end (104, 504, 704, 804), a rear end (106, 506, 706, 806), an elongated cutting edge (108, 508, 708, 808) extending between the front edge and the rear edge and defining a longitudinal axis, and a back edge (110, 510, 710, 810) opposite the cutting edge; a first tang (120a, 520a, 720a, 820a) coupled to the rear end of the body and configured to couple the saw blade to a saw; a second tang (120b, 520b, 720b, 820b) defined in an intermediate portion (105, 505, 705, 805) of the body and configured to couple the saw blade to a saw, wherein the second tang (120b, 520b, 720b, 820b) is defined by a single score (150, 540, 740, 840) in the body; wherein the first tang (120a, 520a, 720a, 820a) faces a rearward direction away from the front end (104, 504, 704, 804) of the body (102, 502, 702, 802) and wherein the second tang (120b, 520b, 720b, 820b) also faces the rearward direction; characterized in that the second tang is exposeable for coupling the saw blade to a saw, by breaking off a single portion (105a, 505a, 705a, 805a) of the body that includes the first tang, along the score, wherein the single portion of the body that includes the first tang comprises no second score. an elongated body (102, 502, 702, 802) having a front end (104, 504, 704, 804), a rear end (106, 506, 706, 806), an elongated cutting edge (108, 508, 708, 808) extending between the front edge and the rear edge and defining a longitudinal axis, and a back edge (110, 510, 710, 810) opposite the cutting edge; a first tang (120a, 520a, 720a, 820a) coupled to the rear end of the body and configured to couple the saw blade to a saw; a second tang (120b, 520b, 720b, 820b) defined in an intermediate portion (105, 505, 705, 805) of the body and configured to couple the saw blade to a saw, wherein the second tang (120b, 520b, 720b, 820b) is defined by a single score (150, 540, 740, 840) in the body; wherein the first tang (120a, 520a, 720a, 820a) faces a rearward direction away from the front end (104, 504, 704, 804) of the body (102, 502, 702, 802) and wherein the second tang (120b, 520b, 720b, 820b) also faces the rearward direction; characterized in that the second tang is exposeable for coupling the saw blade to a saw, by breaking off a single portion (105a, 505a, 705a, 805a) of the body that includes the first tang, along the score, wherein the single portion of the body that includes the first tang comprises no second score.
A chemical vapor deposition process for depositing a coating of silica, comprising: providing a glass substrate; forming a gaseous precursor mixture comprising a silane compound, oxygen, and a radical scavenger; and directing the precursor mixture toward and along the glass substrate, and reacting the mixture over the glass substrate to form a silica coating thereon characterized by the further inclusion of water vapour in the gaseous precursor mixture, wherein the gaseous precursor mixture comprises 10 mol% or more water vapour. providing a glass substrate; forming a gaseous precursor mixture comprising a silane compound, oxygen, and a radical scavenger; and directing the precursor mixture toward and along the glass substrate, and reacting the mixture over the glass substrate to form a silica coating thereon characterized by the further inclusion of water vapour in the gaseous precursor mixture, wherein the gaseous precursor mixture comprises 10 mol% or more water vapour.
A mobile communication terminal, comprising: a case having at least a flexible part; a camera configured to capture one direction in a manner of being mounted on one side of the case; a display unit mounted on another side of the case and configured to display in another direction an image captured by the camera; a bending unit configured to be bent at the flexible part of the case, and maintain the bent state, for making the camera face the another direction; and a controller configured to control the camera according to change of an angle of the bending unit detected by a sensor, wherein when a video call is received and the bending unit is bent to make the camera face the another direction, the controller is configured to connect with a counterpart of the video call, and wherein when a telephone number of a counterpart is inputted and the bending unit is bent to make the camera face the another direction, the controller is configured to connect a video call with the counterpart. a case having at least a flexible part; a camera configured to capture one direction in a manner of being mounted on one side of the case; a display unit mounted on another side of the case and configured to display in another direction an image captured by the camera; a bending unit configured to be bent at the flexible part of the case, and maintain the bent state, for making the camera face the another direction; and a controller configured to control the camera according to change of an angle of the bending unit detected by a sensor, wherein when a video call is received and the bending unit is bent to make the camera face the another direction, the controller is configured to connect with a counterpart of the video call, and wherein when a telephone number of a counterpart is inputted and the bending unit is bent to make the camera face the another direction, the controller is configured to connect a video call with the counterpart.
A dental floss dispenser (10, 50, 70, 90) comprising: a housing (12, 54, 72, 92) having a floss access port; a dental floss (20, 94) positioned within the housing (12, 54, 72, 92) and extending through the floss access port; and a wicking member (36, 52, 78, 98) containing an oral care fluid, wherein a portion of the dental floss (20, 94) is in contact with the wicking member (36, 52, 78, 98), wherein the wicking member (36, 52, 78, 98) is held by the housing (12, 54, 72, 92), characterised by the wicking member (36, 52, 78, 98) having a channel internally disposed through the wicking member (36, 52, 78, 98) for passage of the dental floss (20, 94) therethrough. a housing (12, 54, 72, 92) having a floss access port; a dental floss (20, 94) positioned within the housing (12, 54, 72, 92) and extending through the floss access port; and a wicking member (36, 52, 78, 98) containing an oral care fluid, wherein a portion of the dental floss (20, 94) is in contact with the wicking member (36, 52, 78, 98), wherein the wicking member (36, 52, 78, 98) is held by the housing (12, 54, 72, 92), characterised by the wicking member (36, 52, 78, 98) having a channel internally disposed through the wicking member (36, 52, 78, 98) for passage of the dental floss (20, 94) therethrough.
A method of wireless communication within a user equipment, comprising: detecting interference from a cell; and adjusting a radio link failure, RLF trigger according to a cell identity of an interferer associated with the cell, wherein the radio link failure trigger is a radio link failure timer and/or a threshold for detecting adequate signal conditions and the trigger is expedited by increasing the threshold or by reducing the RLF timer when the interferer is a base station associated with an operator different from an operator of the user equipment or a radio access technology different from a radio access technology of the user equipment. detecting interference from a cell; and adjusting a radio link failure, RLF trigger according to a cell identity of an interferer associated with the cell, wherein the radio link failure trigger is a radio link failure timer and/or a threshold for detecting adequate signal conditions and the trigger is expedited by increasing the threshold or by reducing the RLF timer when the interferer is a base station associated with an operator different from an operator of the user equipment or a radio access technology different from a radio access technology of the user equipment.
Construction of a gearbox for a hybrid vehicle having a drive train oriented transversely to the direction of travel (x) of the hybrid vehicle, wherein the gearbox has a drive shaft, an intermediate shaft, a differential gear and exactly one electric machine, which is configured to drive the hybrid vehicle and has a rotatable rotor and rotationally fixed stator, - wherein the drive shaft, intermediate shaft, differential gear and rotor of the electric machine have axes of rotation (G1a, G3a, Aa, Ra) arranged axially parallel to one another, - wherein the drive shaft forms a torque-transmitting interface with a combustion engine of the hybrid vehicle or is connected to such an interface via a clutch or via a freewheel, - wherein the differential gear has torque-transmitting interfaces with drive shafts connected to drive wheels of the hybrid vehicle, - wherein the gearbox is configured to provide different transmission ratios between the drive shaft and an output shaft arranged coaxially with the drive shaft, - wherein torque is transmitted between the output shaft and differential gear via the intermediate shaft, - wherein the rotor is permanently connected via a constant transmission ratio either to the drive shaft or to a further shaft (Gx) of the gearbox, which is involved in the formation of the transmission ratio of the gearbox, - wherein the axis of rotation (Ra) of the rotor is arranged spatially above a connecting line between the axis of rotation (G1a) of the drive shaft and the axis of rotation (Aa) of the differential gear, characterized in that - the axis of rotation (G3a) of the intermediate shaft is arranged spatially below the connecting line. - wherein the drive shaft, intermediate shaft, differential gear and rotor of the electric machine have axes of rotation (G1a, G3a, Aa, Ra) arranged axially parallel to one another, - wherein the drive shaft forms a torque-transmitting interface with a combustion engine of the hybrid vehicle or is connected to such an interface via a clutch or via a freewheel, - wherein the differential gear has torque-transmitting interfaces with drive shafts connected to drive wheels of the hybrid vehicle, - wherein the gearbox is configured to provide different transmission ratios between the drive shaft and an output shaft arranged coaxially with the drive shaft, - wherein torque is transmitted between the output shaft and differential gear via the intermediate shaft, - wherein the rotor is permanently connected via a constant transmission ratio either to the drive shaft or to a further shaft (Gx) of the gearbox, which is involved in the formation of the transmission ratio of the gearbox, - wherein the axis of rotation (Ra) of the rotor is arranged spatially above a connecting line between the axis of rotation (G1a) of the drive shaft and the axis of rotation (Aa) of the differential gear, - the axis of rotation (G3a) of the intermediate shaft is arranged spatially below the connecting line.
A flush box having a housing for electrical fittings such as electrical sockets or light switches, which is telescopically extensible for varying dimensions of said housing and for being able to accommodate a variable number of electrical fittings; the housing being extensible only along a first direction; the first direction being the width of the box, while the depth and the height of the box remaining fixed; said box comprising a first body and a second body, the second body being telescopically movable with respect to the first body between a first and a second position, the second body, in the second position, extending away from the first body to a greater extent than in the first position; the second body comprises: - a bottom wall which in the first position overlaps the first body by at least 75%; and - three transverse lateral walls (321, 322, 323) characterised in that it comprises a third body that is telescopically movable with respect to the first body between a first and a second configuration, the third body, in the second configuration, extending away from the first body to a greater extent than in the first configuration; the third body can be moved away from the first body in an opposite direction with respect to the direction in which the second body can be moved away from the first body; the third body comprises: i) a bottom wall which in the first configuration overlaps the first body by at least 75%; and ii) three transverse lateral walls. the second body comprises: - a bottom wall which in the first position overlaps the first body by at least 75%; and - three transverse lateral walls (321, 322, 323) - a bottom wall which in the first position overlaps the first body by at least 75%; and - three transverse lateral walls (321, 322, 323) characterised in that it comprises a third body that is telescopically movable with respect to the first body between a first and a second configuration, the third body, in the second configuration, extending away from the first body to a greater extent than in the first configuration; the third body can be moved away from the first body in an opposite direction with respect to the direction in which the second body can be moved away from the first body; the third body comprises: i) a bottom wall which in the first configuration overlaps the first body by at least 75%; and ii) three transverse lateral walls. i) a bottom wall which in the first configuration overlaps the first body by at least 75%; and ii) three transverse lateral walls.
A sealing arrangement for sealing a gas leakage path between a first gas flow and a second gas flow at an end of a rotating rotor disposed in a stationary housing of a rotary regenerative device, the sealing arrangement comprising: a seal gasket disposed between a seal seat (46, 56) of the housing facing the rotor and the end of the rotor, the seal seat (46, 56) of the housing comprising an annular rim (48, 58) circumscribing an open area and a seal seat plate (70, 72) extending diametrically across the open area between diametrically opposite portions of the annular rim (48, 58), and the seal gasket having an outer annular ring circumscribing an open area and a diametrically extending member spanning the open area, characterized in that the seal gasket is formed as a hybrid gasket comprising a first gasket member and a second gasket member disposed in a back-to-back relationship, wherein the first gasket member faces the rotor and the second gasket member faces the seal seat (46, 56) of the housing; wherein the first gasket member comprises a relatively less elastomeric material as compared to the second gasket member, and wherein the first gasket member is formed of solid neoprene rubber and the second gasket member is formed of a sponge-like neoprene rubber. a seal gasket disposed between a seal seat (46, 56) of the housing facing the rotor and the end of the rotor, the seal seat (46, 56) of the housing comprising an annular rim (48, 58) circumscribing an open area and a seal seat plate (70, 72) extending diametrically across the open area between diametrically opposite portions of the annular rim (48, 58), and the seal gasket having an outer annular ring circumscribing an open area and a diametrically extending member spanning the open area, characterized in that the seal gasket is formed as a hybrid gasket comprising a first gasket member and a second gasket member disposed in a back-to-back relationship, wherein the first gasket member faces the rotor and the second gasket member faces the seal seat (46, 56) of the housing; wherein the first gasket member comprises a relatively less elastomeric material as compared to the second gasket member, and wherein the first gasket member is formed of solid neoprene rubber and the second gasket member is formed of a sponge-like neoprene rubber.
A method for configuring a maximum transmission unit, MTU, value, comprising after detecting that a connection to a universal serial bus, USB, data card is established, a terminal issuing a request for obtaining an MTU value to the USB data card; after receiving the request, the USB data card sending a MTU value preconfigured in the USB data card to the terminal; and after receiving the MTU value, the terminal writing the MTU value into a registry of the terminal.
Apparatus for detecting a kinematic state of a machine component, which can rotate about an axis of rotation, of an electric machine, comprising - a surface structure, which is arranged on the machine component in a fixed manner or impressed onto the machine component, runs concentrically about a reference point on the axis of rotation and has a surface profile which varies as a function of a sector angle, which parameterises directions from the reference point towards points on a periphery of the surface structure, and/or a distance from the reference point, - a sensor apparatus for detecting the surface profile in a contactless manner in at least one detection area at a fixed position in relation to the axis of rotation, - and an evaluation unit for determining the kinematic state of the machine component on the basis of the surface profile detected by means of the sensor apparatus in the at least one detection area, - wherein the surface profile has at least one periodic circular ring track, which runs in the shape of a circular ring and concentrically about the reference point and along which the surface profile varies periodically as a function of the sector angle with an angular period (α) of the periodic circular ring track, and the surface profile of at least one periodic circular ring track varies sinusoidally with the sector angle, characterised in that in the area of at least one periodic circular ring track, there are two detection areas, which have different distances from the reference point and are offset in relation to one another by a quarter of the angular period (α) of the periodic circular ring track, and/or the surface profile has at least two different periodic circular ring tracks, which have the same angular period (α) and are phase-offset in relation to one another by a quarter of the angular period (α). - a surface structure, which is arranged on the machine component in a fixed manner or impressed onto the machine component, runs concentrically about a reference point on the axis of rotation and has a surface profile which varies as a function of a sector angle, which parameterises directions from the reference point towards points on a periphery of the surface structure, and/or a distance from the reference point, - a sensor apparatus for detecting the surface profile in a contactless manner in at least one detection area at a fixed position in relation to the axis of rotation, - and an evaluation unit for determining the kinematic state of the machine component on the basis of the surface profile detected by means of the sensor apparatus in the at least one detection area, - wherein the surface profile has at least one periodic circular ring track, which runs in the shape of a circular ring and concentrically about the reference point and along which the surface profile varies periodically as a function of the sector angle with an angular period (α) of the periodic circular ring track, and the surface profile of at least one periodic circular ring track varies sinusoidally with the sector angle,
A control device for a ventricular assist device, VAD, with settable speed levels, the control device comprising an input configured to receive at least one measuring signal (LVP meas) related to a physiological condition of the circulatory system of a patient receiving heart assistance by the VAD, wherein the control device is configured to derive an actual value (EDLVP; FG) of at least one characteristic parameter of the heart from one or more of the at least one measuring signal (LVP meas) and to provide a refined actual value (EDLVP*; FG*) of the at least one characteristic parameter in which effects of physiologically caused fluctuations are eliminated or reduced; and an output configured to output an updated setting value (n VAD set) for the speed level, wherein the control device is configured to produce the updated setting value (n VAD set) based on the refined actual value (EDLVP*; FG*) and a predeterminable set-point value (EDLVP set; FG set).
A method of receiving an input to an apparatus from a moving input object, the method comprising: determining that one of a plurality of applications or interaction modes is active on the apparatus; transmitting an acoustic signal and receiving a reflection of the signal off the object over a first channel comprising at least one acoustic transmitter and at least one acoustic receiver; receiving a reflection of an acoustic signal off the object over a second channel comprising at least one acoustic transmitter and at least one acoustic receiver; applying a first algorithm to information relating to the reflection received over the first channel to determine a first set of information about the location or motion of the object; selecting, in dependence on the active application or interaction mode, an active gesture set comprising a subset of a larger set of predetermined gestures which the apparatus is capable of recognising; applying a second algorithm, different from the first algorithm, to information relating to the reflection received over the second channel to determine a second set of information about the motion of the object; and using said first and second sets of information to determine an input to the apparatus by processing the received acoustic signals to identify a gesture from the active gesture set and thereby determine said input to the apparatus. determining that one of a plurality of applications or interaction modes is active on the apparatus; transmitting an acoustic signal and receiving a reflection of the signal off the object over a first channel comprising at least one acoustic transmitter and at least one acoustic receiver; receiving a reflection of an acoustic signal off the object over a second channel comprising at least one acoustic transmitter and at least one acoustic receiver; applying a first algorithm to information relating to the reflection received over the first channel to determine a first set of information about the location or motion of the object; selecting, in dependence on the active application or interaction mode, an active gesture set comprising a subset of a larger set of predetermined gestures which the apparatus is capable of recognising; applying a second algorithm, different from the first algorithm, to information relating to the reflection received over the second channel to determine a second set of information about the motion of the object; and using said first and second sets of information to determine an input to the apparatus by processing the received acoustic signals to identify a gesture from the active gesture set and thereby determine said input to the apparatus.