mhurhangee/ep-ind-claims huggingface dataset:
A steering wheel armature cover for mounting to a steering wheel armature of a vehicle steering wheel, comprising a cover portion for closing a profile of the steering wheel armature open in cross-section, and at least one securing element (18, 20, 22) for fixing the steering wheel armature cover to the steering wheel armature, characterized in that an integrally formed plug connector is provided for electrical connection to an electrical operating unit of the vehicle steering wheel and/or the cover portion includes projections on the armature side for guiding and/or securing an electric line.
An extravasation detector, comprising: a plurality of passive acoustic devices (20, 50, 52), wherein said passive acoustic devices are configured to sense acoustic emissions produced by fluid flow during an infusion of a patient with a medical fluid; wherein the detector is further connected to: a monitor comprising a memory, the memory comprising baseline acoustic emissions representative of acoustic emissions produced by fluid flow within a patient, wherein the monitor is configured to identify an extravasation event using an output from each of said passive acoustic devices (20, 50, 52) and said baseline acoustic emissions from said memory. a plurality of passive acoustic devices (20, 50, 52), wherein said passive acoustic devices are configured to sense acoustic emissions produced by fluid flow during an infusion of a patient with a medical fluid; wherein the detector is further connected to: a monitor comprising a memory, the memory comprising baseline acoustic emissions representative of acoustic emissions produced by fluid flow within a patient, wherein the monitor is configured to identify an extravasation event using an output from each of said passive acoustic devices (20, 50, 52) and said baseline acoustic emissions from said memory.
A push-cable comprising: a central core including at least one conductor; a plurality of non-metallic resilient flexible stiffness members helically wrapped around the core; and a layer of sheathing surrounding the stiffness members; wherein the stiffness members are rods. a central core including at least one conductor; a plurality of non-metallic resilient flexible stiffness members helically wrapped around the core; and a layer of sheathing surrounding the stiffness members; wherein the stiffness members are rods.
A solar cell module, comprising: a first substrate; a second substrate opposite to the first substrate; a cell unit disposed between the first substrate and the second substrate; a first thermosetting resin layer disposed between the cell unit and the first substrate; and a second thermosetting resin layer disposed between the cell unit and the second substrate; characterized in that it further comprises: a first thermoplastic resin layer disposed between the cell unit and the first thermosetting resin layer; and a second thermoplastic resin layer disposed between the cell unit and the second thermosetting resin layer. a first substrate; a second substrate opposite to the first substrate; a cell unit disposed between the first substrate and the second substrate; a first thermosetting resin layer disposed between the cell unit and the first substrate; and a second thermosetting resin layer disposed between the cell unit and the second substrate; characterized in that it further comprises: a first thermoplastic resin layer disposed between the cell unit and the first thermosetting resin layer; and a second thermoplastic resin layer disposed between the cell unit and the second thermosetting resin layer.
Transferring aid in the form of a portable unit for transferring a person, 1.1 having an endless belt, which is rotatable in its endless direction around a space enclosed by the endless belt; 1.2 having a body adjacent to the space, which has a supporting surface for the person; characterized in that 1.3 the endless belt has a pocket in a section on one side of the space into which the body is inserted so that the body moves in the endless direction together with the section of the endless belt when the endless belt rotates, wherein the body is designed as a cushion expandable with a pressure fluid. 1.1 having an endless belt, which is rotatable in its endless direction around a space enclosed by the endless belt; 1.2 having a body adjacent to the space, which has a supporting surface for the person; characterized in that 1.3 the endless belt has a pocket in a section on one side of the space into which the body is inserted so that the body moves in the endless direction together with the section of the endless belt when the endless belt rotates, wherein the body is designed as a cushion expandable with a pressure fluid.
Method for releasing a first electric motor-actuated brake device for a vehicle, wherein - with the first brake device in the clamped state, a second brake device for the vehicle is actuated in a clamping direction in order to produce a predetermined clamping force on a brake piston that is associated with the first brake device and the second brake device in common, and characterized in that - the first brake device is actuated in a release direction before the second brake device reaches the predetermined clamping force. - with the first brake device in the clamped state, a second brake device for the vehicle is actuated in a clamping direction in order to produce a predetermined clamping force on a brake piston that is associated with the first brake device and the second brake device in common, and characterized in that - the first brake device is actuated in a release direction before the second brake device reaches the predetermined clamping force.
A composition prepared by combining: (i) a supported aluminoxane derived from: a) a support; b) an organoaluminum compound; and c) an oxygen source; (ii) a compound which is Me 3 SiF or a compound having the formula R 1 n; wherein R 1 is a hydrocarbyl group having from 1 to 20 carbon atoms; n is from 1 to the number of possible substitutions of the hydrocarbyl group and each X may be substituted anywhere on R 1 and is independently halogen, -OSi(R 2) 3, -N(Si(R 2) 3) 2, -N(R 2) 2, -SR 2, -P(R 2) 2, -CN, or -OR 3; wherein each R 2 is independently hydrogen or a hydrocarbyl group having from 1 to 20 carbon atoms; each R 3 is independently a hydrocarbyl having from 1 to 20 carbon atoms, wherein when at least one R 2 is a hydrocarbyl group; R 1 and R 2 or R 1 and R 3 may be linked together to form a cyclic group; provided that at least one X is not directly bonded to an aryl group, and provided that when X is not halogen, X is bonded to a secondary or tertiary carbon, or a -CH 2 -aryl group; and (iii) a trihydrocarbylaluminum compound having the formula AlR 3, wherein each R is independently a C 1 -C 20 hydrocarbyl group. (i) a supported aluminoxane derived from: a) a support; b) an organoaluminum compound; and c) an oxygen source; (ii) a compound which is Me 3 SiF or a compound having the formula R 1 n; wherein R 1 is a hydrocarbyl group having from 1 to 20 carbon atoms; n is from 1 to the number of possible substitutions of the hydrocarbyl group and each X may be substituted anywhere on R 1 and is independently halogen, -OSi(R 2) 3, -N(Si(R 2) 3) 2, -N(R 2) 2, -SR 2, -P(R 2) 2, -CN, or -OR 3; wherein each R 2 is independently hydrogen or a hydrocarbyl group having from 1 to 20 carbon atoms; each R 3 is independently a hydrocarbyl having from 1 to 20 carbon atoms, wherein when at least one R 2 is a hydrocarbyl group; R 1 and R 2 or R 1 and R 3 may be linked together to form a cyclic group; provided that at least one X is not directly bonded to an aryl group, and provided that when X is not halogen, X is bonded to a secondary or tertiary carbon, or a -CH 2 -aryl group; and (iii) a trihydrocarbylaluminum compound having the formula AlR 3, wherein each R is independently a C 1 -C 20 hydrocarbyl group.
Use of a composition for increasing cosmetic whiteness of an eye, the composition comprising brimonidine or a pharmaceutically acceptable salt thereof and from between 0.1 to 0.5% weight by volume of potassium chloride, wherein said brimonidine concentration is from between 0.01 % to 0.025% weight by volume, and wherein pH of said composition is between 7.0 and 8.
Use of a material in an anode for use in a solid oxide fuel cell, wherein the material is of an, optionally doped, double perovskite oxide material having the general formula I: (Ln a X b) e (Z 1 c Z 2 d) f O g wherein Ln is selected from Y, La and a Lanthanide series element, or a combination of these and X also represents an element occupying the A site of a perovskite oxide and is selected from Sr, Ca and Ba, and Z 1 and Z 2 represent different elements occupying the B site of a perovskite oxide and are selected from Cr, Mn, Mg and Fe, and wherein a has a value from 0 to 1, preferably, 0.7 to 1.0, b has a value of from 1 to 0, preferably 0.3 to 0, and each of c and d has a value of from 0.25 to 0.75, provided that a + b has a value of 1, and c + d, has a value of 1, and wherein e has a value of from 0.8 to 1, wherein f has a value of from 0.8 to 1, and g has a value of from 2.5 to 3.2.
A brake actuator which drives a piston movably held by a caliper, the brake actuator comprising: an electric motor having a rotation shaft; an output shaft which transmits motive power of the electric motor to the piston; a speed reduction mechanism provided between the rotation shaft and the output shaft; a case in which the electric motor and the speed reduction mechanism are accommodated; an accommodating portion provided to the case, the electric motor being accommodated in the accommodating portion; and a support portion provided to the case, and arranged in side-by-side relationship with the accommodating portion in a direction crossing an axial direction of the accommodating portion to support the output shaft, wherein the support portion has three or more caliper fixing portions (23d1, 23d2, 23d3) fixed to the caliper, the caliper fixing portions being arranged so as to surround the output shaft, one of the caliper fixing portions is defined as a first caliper fixing portion (23d1), and the first caliper fixing portion is arranged on an extension line aligned with a straight line extending from the rotation shaft to the output shaft, characterized in that the support portion further includes a second caliper fixing portion (23d2), and a third caliper fixing portion (23d3), and the second caliper fixing portion and the third caliper fixing portion are arranged near an outer circumferential wall portion of the case coupling the accommodating portion and the support portion to each other. an electric motor having a rotation shaft; an output shaft which transmits motive power of the electric motor to the piston; a speed reduction mechanism provided between the rotation shaft and the output shaft; a case in which the electric motor and the speed reduction mechanism are accommodated; an accommodating portion provided to the case, the electric motor being accommodated in the accommodating portion; and a support portion provided to the case, and arranged in side-by-side relationship with the accommodating portion in a direction crossing an axial direction of the accommodating portion to support the output shaft, wherein the support portion has three or more caliper fixing portions (23d1, 23d2, 23d3) fixed to the caliper, the caliper fixing portions being arranged so as to surround the output shaft, one of the caliper fixing portions is defined as a first caliper fixing portion (23d1), and the first caliper fixing portion is arranged on an extension line aligned with a straight line extending from the rotation shaft to the output shaft, characterized in that the support portion further includes a second caliper fixing portion (23d2), and a third caliper fixing portion (23d3), and the second caliper fixing portion and the third caliper fixing portion are arranged near an outer circumferential wall portion of the case coupling the accommodating portion and the support portion to each other.
Brake disc assembly for a disc brake of a motor vehicle, having a friction ring made from a first material and having a brake disc chamber which for mounting the friction ring is made from a second material, wherein the friction ring has a first, in particular axially projecting, assembly ring, and the brake disc chamber has a second, in particular axially projecting, assembly ring, wherein the assembly rings (10, 11) have in each case a plurality of rotary entrainment elements which are disposed so as to be distributed across the circumference and by means of which the friction ring and the brake disc chamber are connected to one another in a form-fitting and rotationally fixed manner, characterized in that the rotary entrainment elements are configured as obliquely disposed entrainment webs that deviate from an axial extent, wherein the entrainment webs of the first assembly ring and the entrainment webs of the second assembly ring each are configured as a helical toothing.
Safety switch for signalling a predeterminable state of equipment, comprising a device for releasable locking of a predeterminable state of the equipment, particularly for releasable retention of the closed state of protective equipment of a machine, wherein the device comprises an engagement device, which is fixable to a first part of the equipment and comprises at least one engagement element, which in the predeterminable state - which is to be locked - of the equipment can be brought into engagement with a receiving device, which is fixable to a second part of the equipment or is a component of the second part of the equipment, and the predeterminable state of the equipment is thereby lockable, wherein the safety switch comprises a reader head fixable to the one part (4, 8) of the equipment and an actuator able to be brought, preferably contactlessly, into operative connection with the reader head and fixable to the other part of the equipment, wherein the engagement element is rotatable about a first axis out of a starting setting and in that case can be brought into engagement with the receiving device in the predeterminable state - which is to be locked - of the equipment and wherein the device comprises a locking element which is capable of controlled activation and which when activation takes place can be brought into contact with the engagement element and thereby blocks, by mechanically positive couple, return rotation of the engagement element and thus locks the predeterminable state of the equipment, characterised in that the engagement device comprises two engagement elements which are rotatable in opposite sense out of the respective starting settings thereof and can thereby be respectively brought into engagement with the receiving device.
Conduit element comprising a first conduit end, wherein at least one holder is arranged on a radial outer side of the first conduit end, wherein the holder is intended at least partially to receive an end side of a second conduit end of a second conduit element, wherein the holder is also intended at least partially to receive a fixing means, which encircles the first conduit end, wherein a receiving space is arranged in the radial direction between the at least one holder and the radial outer side of the first conduit end, the receiving space being intended at least partially to receive the second conduit end of the second conduit element, and wherein a guide space is arranged in the holder and is intended at least partially to receive the fixing means and to define a desired axial position between the first conduit end and the fixing means, wherein the holder comprises a first axially running portion, by way of which it is fastened on the radial outer side, also comprises a subsequent, radially outwardly running step, which merges into a second axially running portion, and further comprises a following, radially outwardly running curve, which forms the guide space and terminates in a restraining mechanism, characterized in that the receiving space is the space between the radial outer side of the first conduit end and the second axially running portion, wherein the guide space is arranged radially outside the receiving space and essentially in the same axial position as the receiving space. wherein the holder is intended at least partially to receive an end side of a second conduit end of a second conduit element, wherein the holder is also intended at least partially to receive a fixing means, which encircles the first conduit end, wherein a receiving space is arranged in the radial direction between the at least one holder and the radial outer side of the first conduit end, the receiving space being intended at least partially to receive the second conduit end of the second conduit element, and wherein a guide space is arranged in the holder and is intended at least partially to receive the fixing means and to define a desired axial position between the first conduit end and the fixing means, wherein the holder comprises a first axially running portion, by way of which it is fastened on the radial outer side, also comprises a subsequent, radially outwardly running step, which merges into a second axially running portion, and further comprises a following, radially outwardly running curve, which forms the guide space and terminates in a restraining mechanism, characterized in that the receiving space is the space between the radial outer side of the first conduit end and the second axially running portion, wherein the guide space is arranged radially outside the receiving space and essentially in the same axial position as the receiving space.
An engine comprising: an outputting cylinder configured to combust fuel; and a reforming cylinder configured to reform the fuel through back and forth movement of a piston, wherein an amount of reformed fuel supplied to the outputting cylinder is changed in accordance with an output from the outputting cylinder, while maintaining an amount of supplied fuel and an amount of suctioned gas to one reforming cylinder, whereby the engine further comprising a reforming cylinder speed change device and an ECU, the reforming cylinder speed change device is configured to transmit the driving force, from the outputting crankshaft rotating at target rotational speed (Np) of the engine, to a reforming crankshaft at appropriate reforming cylinder rotational speed (Nr), whereby the ECU is coupled with the reforming cylinder change device, thereby controlling the reforming cylinder change device. an outputting cylinder configured to combust fuel; and a reforming cylinder configured to reform the fuel through back and forth movement of a piston, wherein an amount of reformed fuel supplied to the outputting cylinder is changed in accordance with an output from the outputting cylinder, while maintaining an amount of supplied fuel and an amount of suctioned gas to one reforming cylinder, whereby the engine further comprising a reforming cylinder speed change device and an ECU, the reforming cylinder speed change device is configured to transmit the driving force, from the outputting crankshaft rotating at target rotational speed (Np) of the engine, to a reforming crankshaft at appropriate reforming cylinder rotational speed (Nr), whereby the ECU is coupled with the reforming cylinder change device, thereby controlling the reforming cylinder change device.
Method for producing a plastic housing for a housing of a steering gear, in which in a first step a main body and at least one closure element are produced and in a second step an elastomer layer, which connects the main body and the at least one closure element to one another, is applied by way of at least one gate point in a gating process.
A method for a communication device for scheduling of feedback, the method comprising: - determining for a data transmission a resource element to be scheduled for a feedback signal being responsive to the data transmission, wherein the resource element is determined to be within a feedback time limit, wherein the feedback time limit indicates a maximum allowable time period between transmitting the data transmission and receiving the feedback signal and wherein the feedback time limit is dependent on a type of resource allocated to the data transmission and/or a type of traffic associated with the data transmission; wherein the type of resource comprises at least one of a dedicated resource and a shared resource, and - transmitting to a wireless device a feedback scheduling instruction indicating the resource element, characterized in that the feedback scheduling instruction further indicates more than one resource elements that can be used by the wireless device for feedback transmission and the communication device receives the feedback signal on the resource element used by the wireless device, and wherein the feedback scheduling instruction further indicates the feedback time limit. - determining for a data transmission a resource element to be scheduled for a feedback signal being responsive to the data transmission, wherein the resource element is determined to be within a feedback time limit, wherein the feedback time limit indicates a maximum allowable time period between transmitting the data transmission and receiving the feedback signal and wherein the feedback time limit is dependent on a type of resource allocated to the data transmission and/or a type of traffic associated with the data transmission; wherein the type of resource comprises at least one of a dedicated resource and a shared resource, and - transmitting to a wireless device a feedback scheduling instruction indicating the resource element, characterized in that the feedback scheduling instruction further indicates more than one resource elements that can be used by the wireless device for feedback transmission and the communication device receives the feedback signal on the resource element used by the wireless device, and wherein the feedback scheduling instruction further indicates the feedback time limit.
A pump system for pumping, tracking and controlling a fluid, the pump system comprising: a motor housing; a motor located within the motor housing; a rod connected to and driven by the motor; a pump driven by the rod for moving a fluid; a position sensor for producing a rod position signal that is a function of a position of the rod; a controller for producing a drive signal for driving the motor as a function of the rod position signal; a work piece sensor for producing a work piece signal that is a function of detection of a work piece; and a dispenser for controllably dispensing fluid received from the pump, characterized in that the dispenser receives a dispense signal from the controller that is a function of the work piece signal, the controller is configured to produce a calculated volume of the fluid as a function of the position signal, and the controller is configured to produce at least one of a calculated weight as a function of the calculated volume and a calculated compressibility as a function of the calculated volume. a motor housing; a motor located within the motor housing; a rod connected to and driven by the motor; a pump driven by the rod for moving a fluid; a position sensor for producing a rod position signal that is a function of a position of the rod; a controller for producing a drive signal for driving the motor as a function of the rod position signal; a work piece sensor for producing a work piece signal that is a function of detection of a work piece; and a dispenser for controllably dispensing fluid received from the pump, characterized in that the dispenser receives a dispense signal from the controller that is a function of the work piece signal, the controller is configured to produce a calculated volume of the fluid as a function of the position signal, and the controller is configured to produce at least one of a calculated weight as a function of the calculated volume and a calculated compressibility as a function of the calculated volume.