mhurhangee/ep-ind-claims huggingface dataset:
A method of robotically positioning a cutting element on an earth-boring tool, characterized by: loading at least one cutting element in a cutter holding device carried by a robot configured to move the at least one cutting element in three-dimensional space; and executing computer code in an electronic control system to control the robot and the cutter holding device to place each of the at least one cutting element in a cutting element pocket defined by at least one surface of the body of the earth-boring tool, and to control a power-driven device carried by the robot to rotate the cutting element into a desirable rotational position within the cutting element pocket after the cutting element has been positioned in the cutting element pocket in order to orient the at least one cutting element relative to the earth-boring tool; and using at least one sensor to sense a rotational position of the at least one cutting element in the cutting element pocket. loading at least one cutting element in a cutter holding device carried by a robot configured to move the at least one cutting element in three-dimensional space; and executing computer code in an electronic control system to control the robot and the cutter holding device to place each of the at least one cutting element in a cutting element pocket defined by at least one surface of the body of the earth-boring tool, and to control a power-driven device carried by the robot to rotate the cutting element into a desirable rotational position within the cutting element pocket after the cutting element has been positioned in the cutting element pocket in order to orient the at least one cutting element relative to the earth-boring tool; and using at least one sensor to sense a rotational position of the at least one cutting element in the cutting element pocket.
Contact-making plug for making direct electrical contact with contact areas which are provided on both sides of a printed circuit board, having two contact carriers which are connected to one another in an articulated manner and which, between them, form a plug receptacle for the printed circuit board and each have at least one contact element, which projects into the plug receptacle, for making direct electrical contact with a contact area, having a spring which bears against the outside of the two contact carriers by way of its two free spring ends in each case and prestresses the two contact carriers in the direction towards one another, and having a control channel which is formed between the two contact carriers and laterally next to the plug receptacle and is constricted by two control projections, which are situated opposite one another, of the two contact carriers and, in cooperation with a control wedge which is provided on the printed circuit board, pivots open the two contact carriers against the action of the spring when the printed circuit board is inserted, characterized in that the spring is open in the plugging direction of the contact-making plug, and in that the control projections of the two contact carriers are arranged in front of the free spring ends, which bear against the contact carriers, of the spring in the plugging direction of the contact-making plug.
A dishwasher comprising: a cabinet including a washing compartment provided at an inside of the cabinet; a supply pipe configured to transfer water to the washing compartment; and a nozzle assembly connected to the supply pipe and configured to spray the water from the supply pipe into the washing compartment, wherein the nozzle assembly comprises: an assembly body having an injection hole configured to spray the water into the washing compartment; and a rotation holder coupled to the assembly body and rotatably disposed on the supply pipe, and wherein the supply pipe comprises: a holder configured to support the rotation holder, characterized in that the rotation holder includes a rotation holder body rotatably disposed outside the supply pipe and a mounting projection protruding from an outer circumference surface of the rotation holder body. a cabinet including a washing compartment provided at an inside of the cabinet; a supply pipe configured to transfer water to the washing compartment; and a nozzle assembly connected to the supply pipe and configured to spray the water from the supply pipe into the washing compartment, wherein the nozzle assembly comprises: an assembly body having an injection hole configured to spray the water into the washing compartment; and a rotation holder coupled to the assembly body and rotatably disposed on the supply pipe, and wherein the supply pipe comprises: a holder configured to support the rotation holder, characterized in that the rotation holder includes a rotation holder body rotatably disposed outside the supply pipe and a mounting projection protruding from an outer circumference surface of the rotation holder body. an assembly body having an injection hole configured to spray the water into the washing compartment; and a rotation holder coupled to the assembly body and rotatably disposed on the supply pipe, and wherein the supply pipe comprises: a holder configured to support the rotation holder, characterized in that the rotation holder includes a rotation holder body rotatably disposed outside the supply pipe and a mounting projection protruding from an outer circumference surface of the rotation holder body. a holder configured to support the rotation holder, characterized in that the rotation holder includes a rotation holder body rotatably disposed outside the supply pipe and a mounting projection protruding from an outer circumference surface of the rotation holder body.
A photoelectric combined connector comprising: a first connector including a first housing and a first electrical terminal disposed in the first housing; wherein a receptacle side shell covering the receptacle first housing, wherein the receptacle first housing and the receptacle side shell constitute a fitted-in recess portion and a second connector including a second housing, a second electrical terminal disposed in the second housing, and a photo-module board having a photoelectric conversion unit, said second electrical terminal including a fitted-in portion for receiving the photo-module board wherein, the first housing is attached to a board, the first electrical terminal electrically contacts with the second electrical terminal and the photoelectric conversion unit in a state where the second connector is arranged in the fitted-in recess portion of the first connector, and wherein the second connector is fitted into the fitted-in recess portion of the first connector from above in a direction perpendicular to the plane of the board. a first connector including a first housing and a first electrical terminal disposed in the first housing; wherein a receptacle side shell covering the receptacle first housing, wherein the receptacle first housing and the receptacle side shell constitute a fitted-in recess portion and a second connector including a second housing, a second electrical terminal disposed in the second housing, and a photo-module board having a photoelectric conversion unit, said second electrical terminal including a fitted-in portion for receiving the photo-module board wherein, the first housing is attached to a board, the first electrical terminal electrically contacts with the second electrical terminal and the photoelectric conversion unit in a state where the second connector is arranged in the fitted-in recess portion of the first connector, and wherein the second connector is fitted into the fitted-in recess portion of the first connector from above in a direction perpendicular to the plane of the board.
Purifying apparatus for polycarbonate polyols, especially for removal of cyclic alkylene carbonates, comprising an evaporation unit provided with a heater and having an inlet arranged at the top end thereof and having a bottoms vessel, and a stripping column which is connected to the evaporation unit in the downstream direction and has a top and a bottom, wherein a feed for the polycarbonate polyol to be purified opens into the inlet of the evaporation unit, and a gas outlet line and a connecting line which opens into the top of the stripping column and has been equipped with a pump depart from the evaporation unit, and wherein a gas inlet line for an inert gas opens into the bottom of the stripping column, and a product line for the purified polycarbonate polyol departs from the bottom of the stripping column and a gas outlet line from the top of the stripping column.
Permanent magnet configured for insertion into a groove of a rotor of an electrical machine, in particular of an electric motor or generator, wherein the rotor having a main body which has a diameter D, wherein the grooves are configured essentially U-shaped or V-shaped, wherein the permanent magnet being produced by means of a metal injection moulding process or an additive process, wherein the permanent magnet is configured substantially U-shaped or V-shaped and having two arms (25, 27) extending from a base, characterised in that the base of the permanent magnet is configured to rest on the ground of the groove and the arms (25, 27) extending from the base enclose an angle of the groove opening outwards from a longitudinal axis of the rotor and the length of the arms (25, 27) is selected such that their outer surfaces project beyond the circumferential surface of the main body of the rotor and the two arms (25, 27) represent opposing poles.
Drainage arrangement (101,102) for forming a drainage body, comprising at least a first member and a second member, which are adapted to form said drainage body together, wherein each of the first and second member is arranged to be nested in the other of the first and second member, and wherein each member of the first and second member comprises: - a substantially planar base; and, - a wall having an outer surface, characterized in that said outer surface is divided into a first part, a second part and a third part by at least one plane (P1; P3,P4) parallel to said base, wherein said first part is connected to an edge of said base and arranged in a first direction, said second part is connected to said first and third part and arranged in a second direction, different from said first direction, and said third part is arranged in a third direction, different from said second direction; and, wherein said third part extends further than said first part in a direction parallel to said base. - a substantially planar base; and, - a wall having an outer surface,
Contact support for electric/electronic installation devices, consisting of a housing with upper base part and lower base part, wherein in the housing there are several insulation displacement elements with at least one insulation displacement area and wherein at the housing there are several swivel-mounted operation levers (12, 14) interacting with at least one electric lead, which operation levers, when pressed down manually, press the at least one assigned electric lead for contacting into the insulation displacement area of the pertaining insulation displacement element, wherein, assigned to the insulation displacement elements, at the lower part of the lower base part a lever arrangement is provided, consisting of two first operation levers and one further operation lever, operable in opposite direction to the two first operation levers, wherein each operation lever (12, 14) has a bearing area (12a, 14a) and a lever area (12b, 14b), wherein at least one earth handle is assigned to at least one insulation displacement element, characterized by the fact that the bearing areas (12a, 14a) of the three operation levers (12, 14) are wider by one third than the narrower lever areas (12b, 14b), and that at least one socket contact part to take up the connector pin is assigned to at least one insulation displacement element, and that at least one insulation displacement element provides at least two insulation displacement areas which are designed in arc shape.
A fusion protein comprising human Dickkopf-3b (DKK3b) protein, which is encoded by exons 3-8 of the DKK3 gene locus, and being a fusion of membrane transduction domains to the N-terminus of human intracellular DKK3b protein, which is encoded by exons 3-8 of the human DKK3 gene locus.
A wire saw device for cutting semiconductor material, comprising: a tension modifier adapted to convert a first wire tension into a second wire tension, including a first guide roller including an axis of rotation and a plurality of grooves being formed in an outer circumferential surface of the first guide roller, and a second guide roller including a plurality of grooves being formed in an outer circumferential surface of the second guide roller, wherein the first guide roller and the second guide roller are spaced apart from each other at a fixed distance characterized in that the second guide roller is pivotable around the axis of rotation of the first guide roller. a tension modifier adapted to convert a first wire tension into a second wire tension, including a first guide roller including an axis of rotation and a plurality of grooves being formed in an outer circumferential surface of the first guide roller, and a second guide roller including a plurality of grooves being formed in an outer circumferential surface of the second guide roller, wherein the first guide roller and the second guide roller are spaced apart from each other at a fixed distance characterized in that the second guide roller is pivotable around the axis of rotation of the first guide roller. a first guide roller including an axis of rotation and a plurality of grooves being formed in an outer circumferential surface of the first guide roller, and a second guide roller including a plurality of grooves being formed in an outer circumferential surface of the second guide roller, wherein the first guide roller and the second guide roller are spaced apart from each other at a fixed distance characterized in that the second guide roller is pivotable around the axis of rotation of the first guide roller.
A method for enhancing digital voice call initiation between a first telephony device and a second telephony device, during said voice call initiation therebetween, said method comprising: the first telephony device querying a central call controller to determine whether the second telephony device is able to process text calls and, if not, providing an option to send a text message, without initiating a voice call, via an instant messaging or email client; if it is determined that the second telephony device is able to process text calls, associating text data with digital voice data conveyed between said first telephony device and said second telephony device, said associating occurring prior to initiating transmitting said digital voice data, said text data based on input data received via an input device associated with said first telephony device; and transmitting said text data to said second telephony device in conjunction with transmitting said digital voice data, said text data to be provided synchronously at said second telephony device with an announcement of said digital voice data. the first telephony device querying a central call controller to determine whether the second telephony device is able to process text calls and, if not, providing an option to send a text message, without initiating a voice call, via an instant messaging or email client; if it is determined that the second telephony device is able to process text calls, associating text data with digital voice data conveyed between said first telephony device and said second telephony device, said associating occurring prior to initiating transmitting said digital voice data, said text data based on input data received via an input device associated with said first telephony device; and transmitting said text data to said second telephony device in conjunction with transmitting said digital voice data, said text data to be provided synchronously at said second telephony device with an announcement of said digital voice data.
A watch clasp capable of finely adjusting a watch strap length, comprising: a watch clasp sliding holder, located on a back surface of a watch clasp case; a sliding stop module, fixing the watch clasp sliding holder to the back surface of the watch clasp case through engagement, wherein the sliding holder slides between the watch clasp case and the sliding stop module; a stop spring bar, fixed to the watch clasp case, and an unlock module, fixed to the watch clasp case, wherein the unlock module is engaged with the sliding stop module, and the stop spring bar and the unlock module are respectively located on two sides of the sliding stop module; and an extension latch assembly, wherein one end of the extension latch assembly is fixed to the watch clasp case, characterized in that the other end of the extension latch assembly is fixed to an elastic fine-adjusting assembly, wherein the elastic fine-adjusting assembly comprises: a supporter, a slider, a spring bar shaft, a drive block, a fixing spring bar, and a leaf spring; the leaf spring is embedded into a connection port reserved on the drive block, and the fixing spring bar fixes the drive block to the supporter; and the fixing spring bar fixes the slider to the supporter, the spring bar shaft is fixed to the slider, and the spring bar shaft is configured to connect to a watch strap. a sliding stop module, fixing the watch clasp sliding holder to the back surface of the watch clasp case through engagement, wherein the sliding holder slides between the watch clasp case and the sliding stop module; a stop spring bar, fixed to the watch clasp case, and an unlock module, fixed to the watch clasp case, wherein the unlock module is engaged with the sliding stop module, and the stop spring bar and the unlock module are respectively located on two sides of the sliding stop module; and an extension latch assembly, wherein one end of the extension latch assembly is fixed to the watch clasp case, characterized in that the other end of the extension latch assembly is fixed to an elastic fine-adjusting assembly, wherein the elastic fine-adjusting assembly comprises: a supporter, a slider, a spring bar shaft, a drive block, a fixing spring bar, and a leaf spring; the leaf spring is embedded into a connection port reserved on the drive block, and the fixing spring bar fixes the drive block to the supporter; and the fixing spring bar fixes the slider to the supporter, the spring bar shaft is fixed to the slider, and the spring bar shaft is configured to connect to a watch strap.
A method implemented by a base station (110, 1000, 1200) of a cellular network, comprising: broadcasting (210, 310) essential system information (430, 520, 530, 610, 630) without optional system information and broadcasting (210, 310) a resource configuration of a demand channel, wherein the demand channel is a channel reserved for user equipments to send a request for transmission of the optional system information on demand to save resource and energy, and wherein the demand channel is a common channel shared by user equipments (120-1, 120-2, 120-3) in a cell of the base station, the essential system information being broadcasted periodically and being required to access the cell, wherein broadcasting the essential system information and the resource configuration of the demand channel comprises broadcasting (210, 310) the resource configuration of the demand channel and at least a part of the essential system information (430, 520, 610) in an access information table, AIT; monitoring (220, 340), on the demand channel, a request for at least a part of optional system information other than the essential system information; and in response to receiving (250, 350) the request from a user equipment, broadcasting (260, 360) the part of the optional system information. broadcasting (210, 310) essential system information (430, 520, 530, 610, 630) without optional system information and broadcasting (210, 310) a resource configuration of a demand channel, wherein the demand channel is a channel reserved for user equipments to send a request for transmission of the optional system information on demand to save resource and energy, and wherein the demand channel is a common channel shared by user equipments (120-1, 120-2, 120-3) in a cell of the base station, the essential system information being broadcasted periodically and being required to access the cell, wherein broadcasting the essential system information and the resource configuration of the demand channel comprises broadcasting (210, 310) the resource configuration of the demand channel and at least a part of the essential system information (430, 520, 610) in an access information table, AIT; monitoring (220, 340), on the demand channel, a request for at least a part of optional system information other than the essential system information; and in response to receiving (250, 350) the request from a user equipment, broadcasting (260, 360) the part of the optional system information.
A xenon adsorbing device comprising: an adsorbent including a zeolite having a pore diameter of not less than 4.5 angstroms and not more than 7.3 angstroms as a principal component, which can adsorb xenon under ordinary temperatures and pressures or under ordinary temperatures and low xenon partial pressures; two cartridges (2a, 2b) which house adsorbent; and a xenon enclosure space, which is composed of a xenon recovery chamber, which houses xenon enclosure equipment, a joint part which communicates cartridges (2a, 2b) with the xenon enclosure space, wherein a pressure gauge to monitor a pressure in a chamber and a vacuum pump are connected to the xenon enclosure space, cartridges (2a, 2b) are connected to a xenon refining part with discharge part interposed therebetween, and an opening-closing part is interposed between cartridges (2a, 2b) and the xenon enclosure space, so that it can connect xenon enclosure space to cartridge or cartridge or can avoid connecting xenon enclosure space to any of cartridge or cartridge. an adsorbent including a zeolite having a pore diameter of not less than 4.5 angstroms and not more than 7.3 angstroms as a principal component, which can adsorb xenon under ordinary temperatures and pressures or under ordinary temperatures and low xenon partial pressures; two cartridges (2a, 2b) which house adsorbent; and a xenon enclosure space, which is composed of a xenon recovery chamber, which houses xenon enclosure equipment, a joint part which communicates cartridges (2a, 2b) with the xenon enclosure space, wherein a pressure gauge to monitor a pressure in a chamber and a vacuum pump are connected to the xenon enclosure space, cartridges (2a, 2b) are connected to a xenon refining part with discharge part interposed therebetween, and an opening-closing part is interposed between cartridges (2a, 2b) and the xenon enclosure space, so that it can connect xenon enclosure space to cartridge or cartridge or can avoid connecting xenon enclosure space to any of cartridge or cartridge.