mhurhangee/ep-ind-claims huggingface dataset:
A tire (1, 101) comprising, in a tread surface, a tread land portion partitioned by a partitioning groove or by the partitioning groove and a tread edge, wherein the tread land portion includes a sipe (41, 141) extending from a surface of the tread land portion inwardly in a tire radial direction, the sipe (41, 141) includes a widened portion (51, 151) with a larger sipe width than a position adjacent in a sipe longitudinal direction, and a cross-sectional area of the widened portion (51, 151) in cross section perpendicular to the tire radial direction is larger on inside than on outside in the tire radial direction, wherein the widened portion (51, 151) includes at least two tubular portions (52, 152) extending from a bottom of the sipe (41, 141) outwardly in the tire radial direction at different positions in the sipe longitudinal direction, and wherein a cross-sectional area of at least one of the tubular portions (52, 152) in cross section perpendicular to the tire radial direction is larger on inside than on outside in the tire radial direction in such a manner that the sipe width of the entire tubular portion (52, 152) gradually increases from the outside to the inside in the tire radial direction. the tread land portion includes a sipe (41, 141) extending from a surface of the tread land portion inwardly in a tire radial direction, the sipe (41, 141) includes a widened portion (51, 151) with a larger sipe width than a position adjacent in a sipe longitudinal direction, and a cross-sectional area of the widened portion (51, 151) in cross section perpendicular to the tire radial direction is larger on inside than on outside in the tire radial direction, wherein the widened portion (51, 151) includes at least two tubular portions (52, 152) extending from a bottom of the sipe (41, 141) outwardly in the tire radial direction at different positions in the sipe longitudinal direction, and wherein a cross-sectional area of at least one of the tubular portions (52, 152) in cross section perpendicular to the tire radial direction is larger on inside than on outside in the tire radial direction in such a manner that the sipe width of the entire tubular portion (52, 152) gradually increases from the outside to the inside in the tire radial direction.
Sport footwear having at least one tank containing a pressure substance, which comprises: - at least one opening associated with said tank regulated by a check valve, - electromechanical actuation means adapted to set the opening condition of said check valve, wherein - said electromechanical actuation means are controllable through remote control means comprising at least one wireless network card suitable for establishing a wireless connection with a wireless receiving card and for setting said opening condition in said check valve, - said pressure substance is a timed evanescence marking liquid suitable to be spouted from said opening. - at least one opening associated with said tank regulated by a check valve, - electromechanical actuation means adapted to set the opening condition of said check valve, wherein - said electromechanical actuation means are controllable through remote control means comprising at least one wireless network card suitable for establishing a wireless connection with a wireless receiving card and for setting said opening condition in said check valve, - said pressure substance is a timed evanescence marking liquid suitable to be spouted from said opening.
An agricultural harvester comprising: a chassis; a threshing system carried by said chassis, said threshing system including: a rotor; a frame assembly; a concave including a securement portion; and; a securing mechanism connecting the concave to the frame assembly said securing mechanism including a support component in a fixed location relative to said frame assembly, a securing component movable relative to said support component, and a tool-less latch mechanism interconnecting said support component and said securing component with said securement portion captured between said support component and said securing component characterized by; said support component being an axially rotatable support bar, wherein said securing component is a clamping bar pivotally connected to said support bar. a chassis; a threshing system carried by said chassis, said threshing system including: a rotor; a frame assembly; a concave including a securement portion; and; a securing mechanism connecting the concave to the frame assembly a rotor; a frame assembly; a concave including a securement portion; and; a securing mechanism connecting the concave to the frame assembly said securing mechanism including a support component in a fixed location relative to said frame assembly, a securing component movable relative to said support component, and a tool-less latch mechanism interconnecting said support component and said securing component with said securement portion captured between said support component and said securing component characterized by;
A well drilling system, comprising: a flow control device which varies flow through a drill string; and characterized by a control system which automatically changes a pressure setpoint in response to an instruction for the flow control device to change the flow through the drill string, wherein the control system predicts a downhole pressure change which will result from the flow change and adjusts the pressure setpoint, in response to the transmission of the instruction. a flow control device which varies flow through a drill string; and characterized by a control system which automatically changes a pressure setpoint in response to an instruction for the flow control device to change the flow through the drill string, wherein the control system predicts a downhole pressure change which will result from the flow change and adjusts the pressure setpoint, in response to the transmission of the instruction.
Sensor probe for measuring a food preparation parameter, comprising an elongate handle portion for manipulating the sensor probe; an elongate sensor portion; and a stepped connecting portion connecting the handle portion and the sensor portion such that the longitudinal axis of the handle portion extends substantially parallel to the longitudinal axis of the sensor portion but offset with respect to the longitudinal axis of the sensor portion, so that the sensor probe can be set with the stepped connecting portion onto a rim of a cooking utensil such as a pot or a pan; wherein the stepped connecting portion extends at an angle (α) of between 55° and 85° to the longitudinal axes of the handle portion and the sensor portion.
Illumination module for a coordinate measuring machine for measuring a workpiece using an optical sensor, wherein the illumination module is able to be at least indirectly coupled to the optical sensor, wherein the illumination module has a base body with a sensor side and a workpiece side, wherein the sensor side has a first interface device at least for sensor-side coupling the illumination module in a defined location, and wherein the illumination module has at least one illumination arrangement (88, 104, 106) for illuminating the workpiece, characterized in that the base body has the shape of a ring with a free central region and a peripheral region, wherein the at least one illumination arrangement (88, 104, 106) and the first interface device are arranged in the peripheral region, wherein the illumination module has a change interface device for coupling the illumination module to a magazine site (42, 44, 46) of the coordinate measuring machine, and wherein the first interface device has a mechanical coupling device for sensor-side coupling the illumination module and/or at least one permanent magnet for sensor-side coupling the illumination module.
A motor, in which a coil terminal extended from a stator surrounding a rotor is connected with a connector terminal supported by a terminal support part made of resin through a wiring member in a plate shape having flexibility, the wiring member being formed with a terminal hole through which the connector terminal is penetrating in a thickness direction of the wiring member and a land which is provided on an opposite side to the terminal support part so as to surround the terminal hole and, in a connected part of the connector terminal with the wiring member, the connector terminal protruded from the terminal support part penetrates through the wiring member and is connected by soldering the land on the wiring member on the opposite side to the terminal support part, the motor characterized in that: a heat insulation member having an insulation property is provided between the terminal support part and the wiring member, the heat insulation member being used to prevent soldering heat from being applied to the terminal support part when the connector terminal and the wiring member are connected with each other, the heat insulation member is formed with a through-hole through which the connector terminal is penetrating in a thickness direction of the heat insulation member, and an inner diameter of the through-hole of the heat insulation member is smaller than an outer diameter of the land with the terminal hole as a center so that the land does not enter into an inner side of the through-hole of the heat insulation member when the connector terminal is connected with the wiring member by soldering. a heat insulation member having an insulation property is provided between the terminal support part and the wiring member, the heat insulation member being used to prevent soldering heat from being applied to the terminal support part when the connector terminal and the wiring member are connected with each other, the heat insulation member is formed with a through-hole through which the connector terminal is penetrating in a thickness direction of the heat insulation member, and an inner diameter of the through-hole of the heat insulation member is smaller than an outer diameter of the land with the terminal hole as a center so that the land does not enter into an inner side of the through-hole of the heat insulation member when the connector terminal is connected with the wiring member by soldering.
Navigation device having an operating device with which at least alphanumeric characters and/or symbols can be selected and combined to form a character or function group, and having a display device with which by means of a display device selectable characters and/or symbols can be displayed in at least one selection field and selected characters, symbols, character group or function group can be displayed in at least one input field, a storage device with data stored therein, and a data processing device for the selection of data from the data stored in the storage device according to predeterminable criteria under consideration of the characters and/or symbols previously selected by a user characterised in that the device is designed to display on the display device a completion-suggestion having at least one completion-element in direct proximity to a character or symbol specified in the selection field, inasmuch as by means of the data processing device a possible completion of the previously selected character(s) and/or symbol(s) on the basis of the data in the storage device under consideration of the character(s) and/or symbol(s) previously selected by a user and of the character or symbol specified by the user, is determined, that the at least one completion-element is specifiable by a user by means of the operating device, and that a selected completion-element can be selected by a user by means of the operating device and transferred into the input field.
Device for conditioning the temperature of a battery, wherein the device has a switching element which is arranged between an upper part and a lower part of the battery, wherein the device has a galvanically isolated DC/DC convertor, wherein the DC/DC convertor has a primary side and a secondary side, wherein the primary side has a first terminal for the positive pole DC+ of the battery and a second terminal for the lower potential of the upper part of the battery, wherein the secondary side has a third terminal for the upper potential of the lower part of the battery, and a fourth terminal for the negative pole DC- of the battery, wherein the primary side and the secondary side each have two half-bridges (H1, H2; H3, H4), between which a transformer is arranged, wherein at least one side is connected to an LC element in order to form an LLC convertor.
A system comprising a plurality of interconnected lighting apparatus, each interconnected lighting apparatus comprising: a plurality of lighting units, each lighting unit comprising: a light source, a paired IR transmitter and IR receiver; the IR transmitter being configured to emit an IR signal and the IR receiver being configured to receive the IR signal reflected from a surface, the IR signal having a different signal pattern for each respective paired IR transmitter and IR receiver of each of the plurality of lighting units each interconnected lighting apparatus also comprising a processor, the processor being configured for each of the plurality of lighting units to output one or more control signals to illuminate the light source in response to the IR receiver receiving the reflected IR signal; wherein in response to an IR receiver of a one of the lighting units of a one of the interconnected lighting apparatus in the system receiving a reflected IR signal from the paired IR transmitter, the processor of that interconnected lighting apparatus is configured to output one or more control signals to the processor of any of the other of the interconnected lighting apparatus in the system to illuminate the light source of any of the plurality of lighting units of the interconnected lighting apparatus comprising the processor receiving the one or more control signals. a plurality of lighting units, each lighting unit comprising: a light source, a paired IR transmitter and IR receiver; the IR transmitter being configured to emit an IR signal and the IR receiver being configured to receive the IR signal reflected from a surface, the IR signal having a different signal pattern for each respective paired IR transmitter and IR receiver of each of the plurality of lighting units each interconnected lighting apparatus also comprising a processor, the processor being configured for each of the plurality of lighting units to output one or more control signals to illuminate the light source in response to the IR receiver receiving the reflected IR signal; wherein in response to an IR receiver of a one of the lighting units of a one of the interconnected lighting apparatus in the system receiving a reflected IR signal from the paired IR transmitter, the processor of that interconnected lighting apparatus is configured to output one or more control signals to the processor of any of the other of the interconnected lighting apparatus in the system to illuminate the light source of any of the plurality of lighting units of the interconnected lighting apparatus comprising the processor receiving the one or more control signals.
A cosmetic composition comprising or consisting of (a) E/Z-2-benzylindene-5,6-dimethoxy-3,3-dimethylindan-1-one; and sclareolide; and/or ginger root CO 2 extract in a working amount sufficient for (i) reducing or preventing air pollution induced gene expression, and/or (ii) reducing or preventing a gene expression induced or inducible by polycyclic aromatic hydrocarbons, and/or (iii) reducing or preventing air pollution-induced or air pollution-inducible skin damage. (a) E/Z-2-benzylindene-5,6-dimethoxy-3,3-dimethylindan-1-one; and sclareolide; and/or ginger root CO 2 extract in a working amount sufficient for (i) reducing or preventing air pollution induced gene expression, and/or (ii) reducing or preventing a gene expression induced or inducible by polycyclic aromatic hydrocarbons, and/or (iii) reducing or preventing air pollution-induced or air pollution-inducible skin damage. (i) reducing or preventing air pollution induced gene expression, and/or (ii) reducing or preventing a gene expression induced or inducible by polycyclic aromatic hydrocarbons, and/or (iii) reducing or preventing air pollution-induced or air pollution-inducible skin damage.
A process for preparing a conjugate represented by the following structure: wherein said oxyntomodulin (OXM; of SEQ ID NO: 1) is linked via the terminal amino group of said oxyntomodulin and R 2 is hydrogen or SO 3 H, representing PEG-Fmoc-OXM (N-terminus) and PEG-FMS-OXM (N-terminus), respectively, and wherein the PEG has a molecular weight in the range of 20,000 Da to 40,000 Da; and said process comprising reacting MAL-FMS-NHS or MAL-Fmoc-NHS: or with a resin-bound oxyntomodulin of SEQ ID NO: 1, wherein the amino side chains of Lys 12 and Lys 30 of said resin-bound oxyntomodulin are each protected by a protecting group, to obtain a resin-bound MAL-Fmoc-protected OXM (N-terminus) or a resin-bound MAL-FMS-protected OXM (N-terminus), respectively, wherein the amino side chains of said Lys 12 and Lys 30 are each protected by a protecting group, followed by: (a) reaction of the resin-bound MAL-Fmoc-protected OXM (N-terminus) or the resin-bound MAL-FMS-protected OXM (N-terminus) with sulfhydryl PEG polymer (PEG-SH) and subsequent removal of said protecting groups and said resin; or (b) removal of the resin and protecting groups to provide a MAL-Fmoc-OXM (N-terminus) and a MAL-FMS-OXM (N-terminus), respectively, and subsequent reaction of the MAL-Fmoc-OXM or the MAL-FMS-OXM with sulfhydryl PEG polymer (PEG-SH), to obtain PEG-Fmoc-OXM (N-terminus) or PEG-FMS-OXM (N-terminus), respectively. (a) reaction of the resin-bound MAL-Fmoc-protected OXM (N-terminus) or the resin-bound MAL-FMS-protected OXM (N-terminus) with sulfhydryl PEG polymer (PEG-SH) and subsequent removal of said protecting groups and said resin; or (b) removal of the resin and protecting groups to provide a MAL-Fmoc-OXM (N-terminus) and a MAL-FMS-OXM (N-terminus), respectively, and subsequent reaction of the MAL-Fmoc-OXM or the MAL-FMS-OXM with sulfhydryl PEG polymer (PEG-SH),
An assembly intended to be part of an orthodontic apparatus and comprising: a self-ligating bracket, said bracket having in its longitudinal direction an outer face and an occlusal face and being provided on its outer face with a groove for holding an orthodontic arch wire, an elastic clip that can be moved in a reversible manner between an open position, leaving a free passage for the insertion of the arch wire into the groove or the extraction of the arch wire from the groove, and a closed position closing off the groove, and a base having an outer face and an occlusal face, said outer face of the base supporting said bracket and said occlusal face of the base being intended to rest on a patient's tooth by conforming to the surface of said tooth, wherein said clip can be moved in an at least partially rotary movement between its open position and its closed position, characterized in that said base comprises, in the region where it supports the bracket, an at least partially dish-shaped depression, the clip being inserted into said depression when it is in the closed position. a self-ligating bracket, said bracket having in its longitudinal direction an outer face and an occlusal face and being provided on its outer face with a groove for holding an orthodontic arch wire, an elastic clip that can be moved in a reversible manner between an open position, leaving a free passage for the insertion of the arch wire into the groove or the extraction of the arch wire from the groove, and a closed position closing off the groove, and a base having an outer face and an occlusal face, said outer face of the base supporting said bracket and said occlusal face of the base being intended to rest on a patient's tooth by conforming to the surface of said tooth, wherein said clip can be moved in an at least partially rotary movement between its open position and its closed position, characterized in that said base comprises, in the region where it supports the bracket, an at least partially dish-shaped depression, the clip being inserted into said depression when it is in the closed position.
A system for the treatment of a wound site using negative pressure, the system comprising: a porous pad suitable for the transmission of negative pressure to the wound site; a drainage layer positioned under the porous pad, the drainage layer configured to channel fluid from the wound site; a flexible drape configured to be placed over the porous pad; a source of negative pressure; and a conduit configured to transmit negative pressure from the source to the flexible drape; wherein the drainage layer comprises a hydrophilic foam and characterized in that the hydrophilic foam is sandwiched between a top film layer and a bottom film layer wherein the top film layer and the bottom film layer are at least partially welded together at their edges and wherein the top film layer and the bottom film layer are spot-welded, thereby creating fluid channels. a porous pad suitable for the transmission of negative pressure to the wound site; a drainage layer positioned under the porous pad, the drainage layer configured to channel fluid from the wound site; a flexible drape configured to be placed over the porous pad; a source of negative pressure; and a conduit configured to transmit negative pressure from the source to the flexible drape; wherein the drainage layer comprises a hydrophilic foam and characterized in that the hydrophilic foam is sandwiched between a top film layer and a bottom film layer wherein the top film layer and the bottom film layer are at least partially welded together at their edges and wherein the top film layer and the bottom film layer are spot-welded, thereby creating fluid channels.
A hinge for doors and windows comprising: - a first hinge body having a central socket; the first hinge body being associated with the profile of an upright of the fixed frame equipped with a recessed cavity for housing the central socket; a rotation pin defining an axis of vertical rotation of the hinge being positioned and constrained inside the socket of the first hinge body; a first wing being integral with the rotation pin and protruding radially from the rotation pin; - a second hinge body with a flat profile fixed on the outer surface of the profile of an upright of a mobile frame or sash; a second wing being integral with the second hinge body and protruding from the second hinge body; - a device for a stable joining between the first and the second wing positioned between them first and second wing; characterized in that the device for a stable joining between the first and the second wing comprises at least one pair of pins (10, 11) parallel to each other, associated with the first wing; said pair of pins (10, 11) protruding transversely from the first wing, parallel to the axis of vertical rotation, and slidably coupled, in a pair of corresponding cavities (12, 13) made on the second wing in such a way as to form a single rigid wing by means of at least one partial overlapping of the first and second wing. - a first hinge body having a central socket; the first hinge body being associated with the profile of an upright of the fixed frame equipped with a recessed cavity for housing the central socket; a rotation pin defining an axis of vertical rotation of the hinge being positioned and constrained inside the socket of the first hinge body; a first wing being integral with the rotation pin and protruding radially from the rotation pin; - a second hinge body with a flat profile fixed on the outer surface of the profile of an upright of a mobile frame or sash; a second wing being integral with the second hinge body and protruding from the second hinge body; - a device for a stable joining between the first and the second wing positioned between them first and second wing;