mhurhangee/patent-ind-claim-en huggingface dataset:
A separator for livestock building, especially for cattle, intended to be fastened to a receiving structure (C), for example a feed fence, comprising: - a rigid front part , comprising a metallic tubular member , said metallic tubular member having two ends that are equipped with first means for the fastening to said receiving structure (C), and - a rear part , characterized in that the rear part is laterally flexible, and comprises: o at least two flexible, plastic tubular members , said plastic tubular members each having two opposite ends , with a front end fastened to said metallic tubular member via second fastening means , and o a rigid linking member , which is fastened to a rear end of said plastic tubular members via third fastening means . - a rigid front part , comprising a metallic tubular member , said metallic tubular member having two ends that are equipped with first means for the fastening to said receiving structure (C), and - a rear part , characterized in that the rear part is laterally flexible, and comprises: o at least two flexible, plastic tubular members , said plastic tubular members each having two opposite ends , with a front end fastened to said metallic tubular member via second fastening means , and o a rigid linking member , which is fastened to a rear end of said plastic tubular members via third fastening means . o at least two flexible, plastic tubular members , said plastic tubular members each having two opposite ends , with a front end fastened to said metallic tubular member via second fastening means , and o a rigid linking member , which is fastened to a rear end of said plastic tubular members via third fastening means .
A method of making a hearing device comprising a housing and an electrode configured to electrically couple to skin of a user, the method comprising: providing a cast shell comprising a thin outer wall , a thick outer wall , an inner wall between the thin and thick outer walls, a cavity proximate to the thin outer wall, and a void proximate to the thick outer wall separated from the cavity by the inner wall; forming an elastomeric conductor in the cavity of the cast shell; and removing the thin outer wall to form the housing comprising an outer surface defined at least partially by the thick outer wall and the elastomeric conductor. providing a cast shell comprising a thin outer wall , a thick outer wall , an inner wall between the thin and thick outer walls, a cavity proximate to the thin outer wall, and a void proximate to the thick outer wall separated from the cavity by the inner wall; forming an elastomeric conductor in the cavity of the cast shell; and removing the thin outer wall to form the housing comprising an outer surface defined at least partially by the thick outer wall and the elastomeric conductor.
A method comprising: positioning a first end of a charge roller to a first plurality of index positions; determining a capacitance between the charge roller and a photoconductor imaging plate at each of the first plurality of index positions; determining a first index position of the first plurality of index positions at which a maximum rate of change in capacitance occurs; and calibrating a position of the charge roller based upon the first index position. positioning a first end of a charge roller to a first plurality of index positions; determining a capacitance between the charge roller and a photoconductor imaging plate at each of the first plurality of index positions; determining a first index position of the first plurality of index positions at which a maximum rate of change in capacitance occurs; and calibrating a position of the charge roller based upon the first index position.
A display device comprising: a display panel ; a bottom chassis supporting the display panel; a light source provided on at least one side of the bottom chassis; a reflective member provided between the display panel and the bottom chassis and comprising a reflective surface configured to reflect light emitted from the light source to the display panel; and a reflective holder configured to fix one end of the reflective member and to reflect light emitted from the light source toward the reflective holder to the display panel, wherein the reflective holder comprises a holder reflective surface extending from the reflective surface and characterized in that an inclination of the holder reflective surface is different from an inclination of the reflective surface adjacent to the reflective holder. a display panel ; a bottom chassis supporting the display panel; a light source provided on at least one side of the bottom chassis; a reflective member provided between the display panel and the bottom chassis and comprising a reflective surface configured to reflect light emitted from the light source to the display panel; and a reflective holder configured to fix one end of the reflective member and to reflect light emitted from the light source toward the reflective holder to the display panel, wherein the reflective holder comprises a holder reflective surface extending from the reflective surface and characterized in that an inclination of the holder reflective surface is different from an inclination of the reflective surface adjacent to the reflective holder.
Method for producing an electric contact sensor plate and for populating an electric or electronic module with the contact sensor plate in an automated manner, - in which an end piece of a metal foil strip is fed in a feeding step , - in which the contact sensor plate is positioned on the electric or electronic module in a positioning step , and - in which the contact sensor plate is fastened on the electric or electronic module in a fastening step , wherein the contact sensor plate is produced by being severed from the end piece of the foil strip in a severing step that follows the feeding step and precedes the positioning step , wherein a width of the contact sensor plate is defined by a width of the foil strip , and a length of the contact sensor plate is defined in the severing step . - in which an end piece of a metal foil strip is fed in a feeding step , - in which the contact sensor plate is positioned on the electric or electronic module in a positioning step , and - in which the contact sensor plate is fastened on the electric or electronic module in a fastening step , wherein
A bogie axle system comprising: an axle housing ; a planetary gear set that is at least partially disposed in the axle housing and that provides torque to a drive sprocket unit , wherein the planetary gear set has a planet carrier ; a chain housing that receives the drive sprocket unit ; characterised in that the bogie axle system further comprises a slew bearing assembly that pivotally couples the chain housing to the axle housing , the slew bearing assembly including: a slew bearing housing that is fixedly disposed on the chain housing ; and a spindle that is fixedly disposed on the axle housing and that has a slew bearing core that is received between the chain housing and the slew bearing housing , wherein the drive sprocket unit is fixedly positioned with respect to the planet carrier , and the spindle extends around the drive sprocket unit and the planet carrier and rotatably supports the drive sprocket unit . an axle housing ; a planetary gear set that is at least partially disposed in the axle housing and that provides torque to a drive sprocket unit , wherein the planetary gear set has a planet carrier ; a chain housing that receives the drive sprocket unit ; characterised in that the bogie axle system further comprises a slew bearing assembly that pivotally couples the chain housing to the axle housing , the slew bearing assembly including: a slew bearing housing that is fixedly disposed on the chain housing ; and a spindle that is fixedly disposed on the axle housing and that has a slew bearing core that is received between the chain housing and the slew bearing housing , wherein the drive sprocket unit is fixedly positioned with respect to the planet carrier , and the spindle extends around the drive sprocket unit and the planet carrier and rotatably supports the drive sprocket unit . a slew bearing housing that is fixedly disposed on the chain housing ; and a spindle that is fixedly disposed on the axle housing and that has a slew bearing core that is received between the chain housing and the slew bearing housing , wherein the drive sprocket unit is fixedly positioned with respect to the planet carrier , and the spindle extends around the drive sprocket unit and the planet carrier and rotatably supports the drive sprocket unit .
A seat for a vehicle, wherein the seat comprises: - a backrest - a headrest , wherein the headrest is joined in a fixed manner to the backrest such that the headrest moves jointly with the backrest , said headrest being integrated in the backrest , wherein the backrest and the headrest define a hollow space therebetween, - a folding mechanism, configured to move the backrest from a first upright position to a second folded position, and - an actuator configured to control the folding mechanism, characterised in that the actuator is arranged on at least one of the surfaces which define the hollow space , wherein the hollow space is an opening which crosses through the entire solid portion of the seat . - a backrest - a headrest , wherein the headrest is joined in a fixed manner to the backrest such that the headrest moves jointly with the backrest , said headrest being integrated in the backrest , wherein the backrest and the headrest define a hollow space therebetween, - a folding mechanism, configured to move the backrest from a first upright position to a second folded position, and - an actuator configured to control the folding mechanism,
A method, comprising: sniffing, at a terminal, at least one of uplink and downlink data; identifying, in sniffed data at the terminal , based on clustering the sniffed data, a signature of rogue data that includes at least a device identifier and an application identifier; and transmitting, via uplink to a satellite , the identified signature from the terminal to a gateway ; and blocking downlink data, at the gateway , upon determining that downlink data includes the received signature; and broadcasting the received signature from the gateway to a second gateway . sniffing, at a terminal, at least one of uplink and downlink data; identifying, in sniffed data at the terminal , based on clustering the sniffed data, a signature of rogue data that includes at least a device identifier and an application identifier; and transmitting, via uplink to a satellite , the identified signature from the terminal to a gateway ; and blocking downlink data, at the gateway , upon determining that downlink data includes the received signature; and broadcasting the received signature from the gateway to a second gateway .
A heat pump apparatus , comprising: a compressor including a cylindrical shell , the compressor being configured to compress a refrigerant; and a shell heat exchanger including a helical conduit wound around an outer circumference of the shell , the shell heat exchanger being configured to transfer heat of the shell to a heating medium flowing through the conduit , characterized in that the shell heat exchanger includes: a plurality of segments ; and joining portions (23d, 23e; 23k, 23m) configured to connect end portions of adjacent segments ; the segments each at least partially have an arc-like shape along the outer circumference of the shell when viewed from an axial direction of the shell ; the segments are removable in a radial direction of the shell when the joining portions (23d, 23e; 23k, 23m) are separated. a compressor including a cylindrical shell , the compressor being configured to compress a refrigerant; and a shell heat exchanger including a helical conduit wound around an outer circumference of the shell , the shell heat exchanger being configured to transfer heat of the shell to a heating medium flowing through the conduit , characterized in that the shell heat exchanger includes: a plurality of segments ; and joining portions (23d, 23e; 23k, 23m) configured to connect end portions of adjacent segments ; a plurality of segments ; and joining portions (23d, 23e; 23k, 23m) configured to connect end portions of adjacent segments ; the segments each at least partially have an arc-like shape along the outer circumference of the shell when viewed from an axial direction of the shell ; the segments are removable in a radial direction of the shell when the joining portions (23d, 23e; 23k, 23m) are separated.
A rubber composition including cellulose nanofibers, a first rubber component which is a liquid rubber, and a surfactant, wherein the surfactant is a nonionic surfactant.
A sealable container for cryopreservation comprising: a body comprising a proximal open end and a sealed distal end and a variable diameter lumen extending there between, the lumen having an external surface and an internal surface , the internal surface tapering generally radially inwardly from the proximal open end to the distal end and forming a sealing portion and a sample receiving portion, a closure configured for removable attachment to the body wherein the closure comprises a capping member adapted for engagement with the proximal open end and a deformable member having a tapered external surface configured for sealing engagement with the sealing portion of the lumen internal surface, at least two projections extending radially outwardly from the external surface of the lumen, the projections comprising a radially outward-most surface extending between the proximal open end and the sealed distal end of the body, wherein the outward-most surface has a substantially constant diameter. a body comprising a proximal open end and a sealed distal end and a variable diameter lumen extending there between, the lumen having an external surface and an internal surface , the internal surface tapering generally radially inwardly from the proximal open end to the distal end and forming a sealing portion and a sample receiving portion, a closure configured for removable attachment to the body wherein the closure comprises a capping member adapted for engagement with the proximal open end and a deformable member having a tapered external surface configured for sealing engagement with the sealing portion of the lumen internal surface, at least two projections extending radially outwardly from the external surface of the lumen, the projections comprising a radially outward-most surface extending between the proximal open end and the sealed distal end of the body, wherein the outward-most surface has a substantially constant diameter.
Drainage device intended to be installed on a construction provided with a flow pipe, in particular on a roof of a building or a terrace in view of removing rainwater, the device comprising: - a drainage head internally delimiting a collection space and provided with at least one through recovery passage , - an attachment sleeve at least partially deformable, secured to the drainage head and capable of being engaged inside the flow pipe , - a compression washer attached on the attachment sleeve , and - a stressing element movable in relation to the drainage head and comprising a central screw engaged with the compression washer to obtain, under the effect of a movement of said stressing element relative to the drainage head, an axial movement of the compression washer on the side of the drainage head and an outward radial deformation of the attachment sleeve. - a drainage head internally delimiting a collection space and provided with at least one through recovery passage , - an attachment sleeve at least partially deformable, secured to the drainage head and capable of being engaged inside the flow pipe , - a compression washer attached on the attachment sleeve , and - a stressing element movable in relation to the drainage head and comprising a central screw engaged with the compression washer to obtain, under the effect of a movement of said stressing element relative to the drainage head, an axial movement of the compression washer on the side of the drainage head and an outward radial deformation of the attachment sleeve.
A method for adaptive discovery of interference of a licensed shared access, LSA, system comprising: receiving, by an LSA controller, interference protection information from an LSA licensed system; selecting, by the LSA controller, a measurement node according to the interference protection information of the LSA licensed system ; sending, by the LSA controller, a measurement configuration message to the measurement node ; and receiving, by the LSA controller, a measurement response message returned by the measurement node, and determining whether to perform an LSA spectrum resource reconfiguration according to the measurement response message ; wherein the measurement configuration message is used to instruct the measurement node to measure whether a target LSA secondary user device causes interference to an LSA licensed user within a protection zone of the LSA licensed system, the selecting, by an LSA controller, a measurement node according to the interference protection information of an LSA licensed system comprises: selecting, by the LSA controller, one or more network devices located at an edge of the protection zone of the LSA licensed system as the measurement node/nodes according to the interference protection information of the LSA licensed system, wherein the protection zone of the LSA licensed system refers to a zone within which an LSA licensed user is not allowed to suffer harmful interference, and the harmful interference refers to interference that exceeds a predefined interference tolerance threshold. receiving, by an LSA controller, interference protection information from an LSA licensed system; selecting, by the LSA controller, a measurement node according to the interference protection information of the LSA licensed system ; sending, by the LSA controller, a measurement configuration message to the measurement node ; and receiving, by the LSA controller, a measurement response message returned by the measurement node, and determining whether to perform an LSA spectrum resource reconfiguration according to the measurement response message ; wherein the measurement configuration message is used to instruct the measurement node to measure whether a target LSA secondary user device causes interference to an LSA licensed user within a protection zone of the LSA licensed system, the selecting, by an LSA controller, a measurement node according to the interference protection information of an LSA licensed system comprises: selecting, by the LSA controller, one or more network devices located at an edge of the protection zone of the LSA licensed system as the measurement node/nodes according to the interference protection information of the LSA licensed system, wherein the protection zone of the LSA licensed system refers to a zone within which an LSA licensed user is not allowed to suffer harmful interference, and the harmful interference refers to interference that exceeds a predefined interference tolerance threshold.
An apparatus comprising: an interface configured to send and receive data over a network; and a hardware processor configured to: transmit, using the interface, a first series of profiles to a first user , the first series of profiles comprising recommended profiles for a second user ; receive, using the interface, a selection from the first user (1 10b) of a profile corresponding to a third user ; transmit, using the interface, a second series of profiles to the third user , the second series of profiles comprising recommended profiles for the third user; receive, using the interface, a selection from the third user (1 10c) of a profile corresponding to the second user ; and in response to receiving the selection from the first user of the profile corresponding to the third user (1 10c) and receiving the selection from the third user of the profile corresponding to the second user , enable communication between the second user and the third user . an interface configured to send and receive data over a network; and a hardware processor configured to: transmit, using the interface, a first series of profiles to a first user , the first series of profiles comprising recommended profiles for a second user ; receive, using the interface, a selection from the first user (1 10b) of a profile corresponding to a third user ; transmit, using the interface, a second series of profiles to the third user , the second series of profiles comprising recommended profiles for the third user; receive, using the interface, a selection from the third user (1 10c) of a profile corresponding to the second user ; and in response to receiving the selection from the first user of the profile corresponding to the third user (1 10c) and receiving the selection from the third user of the profile corresponding to the second user , enable communication between the second user and the third user . transmit, using the interface, a first series of profiles to a first user , the first series of profiles comprising recommended profiles for a second user ; receive, using the interface, a selection from the first user (1 10b) of a profile corresponding to a third user ; transmit, using the interface, a second series of profiles to the third user , the second series of profiles comprising recommended profiles for the third user; receive, using the interface, a selection from the third user (1 10c) of a profile corresponding to the second user ; and in response to receiving the selection from the first user of the profile corresponding to the third user (1 10c) and receiving the selection from the third user of the profile corresponding to the second user , enable communication between the second user and the third user .