mhurhangee/ep-ind-claims huggingface dataset:
An end face grinding method to perform dry type grinding of an end face of a ceramic honeycomb structure, comprising: a structure rotating step of rotating the honeycomb structure based on a rotation axis in a direction orthogonal to the end face; a grinding wheel reverse rotating step of using a grinding wheel disposed so that a grinding surface faces the end face and rotating the grinding wheel in a direction reverse to the rotation of the honeycomb structure based on a rotation axis in the direction orthogonal to the end face; and a dry type grinding step of bringing the grinding wheel rotating in the reverse direction close to the rotating honeycomb structure to perform the dry type grinding of the end face wherein in the dry type grinding step the grinding depth of the end face of the honeycomb structure is in the range 0.5 mm to 1.0 mm, and wherein the grinding wheel is a cup-shaped grinding wheel. a structure rotating step of rotating the honeycomb structure based on a rotation axis in a direction orthogonal to the end face; a grinding wheel reverse rotating step of using a grinding wheel disposed so that a grinding surface faces the end face and rotating the grinding wheel in a direction reverse to the rotation of the honeycomb structure based on a rotation axis in the direction orthogonal to the end face; and a dry type grinding step of bringing the grinding wheel rotating in the reverse direction close to the rotating honeycomb structure to perform the dry type grinding of the end face wherein in the dry type grinding step the grinding depth of the end face of the honeycomb structure is in the range 0.5 mm to 1.0 mm, and wherein the grinding wheel is a cup-shaped grinding wheel.
A data transmission method, wherein the method is performed by a terminal device and comprises: receiving (501, 502) first information, wherein the first information is used to indicate that a hybrid automatic repeat request, HARQ, function of a hybrid automatic repeat request HARQ process associated with a first configured grant is enabled or disabled, and the first configured grant is configured by using radio resource control RRC signaling; and performing data transmission by using the first configured grant based on the first information; characterized in that the first information indicates the HARQ function state of the first configured grant and is used to ensure that HARQ function states of all HARQ processes associated with a same configured grant are consistent in that when the terminal device transmits data by using the configured grant, all HARQ functions of the HARQ processes are enabled, or when the terminal device transmits data by using the configured grant, all HARQ functions of the HARQ processes are disabled. receiving (501, 502) first information, wherein the first information is used to indicate that a hybrid automatic repeat request, HARQ, function of a hybrid automatic repeat request HARQ process associated with a first configured grant is enabled or disabled, and the first configured grant is configured by using radio resource control RRC signaling; and performing data transmission by using the first configured grant based on the first information; characterized in that the first information indicates the HARQ function state of the first configured grant and is used to ensure that HARQ function states of all HARQ processes associated with a same configured grant are consistent in that when the terminal device transmits data by using the configured grant, all HARQ functions of the HARQ processes are enabled, or when the terminal device transmits data by using the configured grant, all HARQ functions of the HARQ processes are disabled.
A base station, comprising: a communications interface for communications with at least one machine-type-communication, MTC, application server; a virtual shared mobile, VSM, functionality, for connecting to a plurality of MTC devices; and a processor configured to present the plurality of MTC devices to a mobile network as one VSM wireless device having a single wireless device identifier, wherein the VSM functionality receives data from the plurality of MTC devices via a same VSM radio bearer based on time division on uplink, the VSM functionality sending allocated uplink transmission time intervals, TTIs, to each of the plurality of MTC devices via downlink, wherein the VSM functionality sends downlink data including multiplexed information for a plurality of MTC devices belonging to a Virtual Shared Mobile Group, VSMG. a communications interface for communications with at least one machine-type-communication, MTC, application server; a virtual shared mobile, VSM, functionality, for connecting to a plurality of MTC devices; and a processor configured to present the plurality of MTC devices to a mobile network as one VSM wireless device having a single wireless device identifier, wherein the VSM functionality receives data from the plurality of MTC devices via a same VSM radio bearer based on time division on uplink, the VSM functionality sending allocated uplink transmission time intervals, TTIs, to each of the plurality of MTC devices via downlink, wherein the VSM functionality sends downlink data including multiplexed information for a plurality of MTC devices belonging to a Virtual Shared Mobile Group, VSMG.
Hinge for a door or a window, comprising a frame part and a wing part, each arrangeable in the frame and in the wing of the door or the window, respectively, wherein the frame part includes a fastening section which is connected via a joint to a hinge tab extending substantially normal to the fold into a receptacle in a housing of the wing part, and the depth of penetration of the hinge tab in the wing part corresponds to a multiple of its thickness in the direction normal to the wing plane of the door and the window, respectively, wherein for fixing the position of the hinge tab in the wing part a clamping part is provided which is displaceable in the direction of insertion of the hinge tab and is biased in the direction of the fold using a spring, characterised in that the clamping part is arranged below the receptacle for the hinge tab and includes a guide section as well a clamping section projecting upwards into the receptacle in the direction of the hinge tab, wherein, when inserting the hinge tab, the clamping section cooperates with the free end of the hinge tab, and by this the clamping part is displaceable against the force of its spring, and wherein after complete insertion of the hinge tab and lowering of the wing part into its locking position, in which a retaining projection arranged in the wing part engages in a retaining recess of the hinge tab, the clamping part returns to its starting position and the clamping section abuts the hinge tab at a lower end face section, whereby the hinge tab is fixed in its position.
A surgical instrument, comprising: a housing; an ultrasonic transducer contained in the housing and capable of acting as an ultrasonic receiver; an output member at least partially received in the housing and configured to be driven by the ultrasonic transducer; a dissection head having an attachment portion configured to be selectively driven by the ultrasonic transducer; and a controller operable to initiate and stop the ultrasonic transducer according to an alternating duty cycle; wherein the alternating duty cycle comprises a first duty cycle offset with a second duty cycle; wherein the first duty cycle is associated with a first frequency and the second duty cycle is associated with a second frequency, wherein the first frequency is associated with a cutting function and is between 20 kHz and 40 kHz; and wherein the second frequency is associated with a sensing function and is between 40 kHz and 250 kHz; wherein the ultrasonic transducer, when operating at the second frequency and acting as the ultrasonic receiver, senses a tissue boundary in proximity to the dissection head, wherein the tissue boundary is detected as a change in density. a housing; an ultrasonic transducer contained in the housing and capable of acting as an ultrasonic receiver; an output member at least partially received in the housing and configured to be driven by the ultrasonic transducer; a dissection head having an attachment portion configured to be selectively driven by the ultrasonic transducer; and a controller operable to initiate and stop the ultrasonic transducer according to an alternating duty cycle; wherein the alternating duty cycle comprises a first duty cycle offset with a second duty cycle; wherein the first duty cycle is associated with a first frequency and the second duty cycle is associated with a second frequency, wherein the first frequency is associated with a cutting function and is between 20 kHz and 40 kHz; and wherein the second frequency is associated with a sensing function and is between 40 kHz and 250 kHz; wherein the ultrasonic transducer, when operating at the second frequency and acting as the ultrasonic receiver, senses a tissue boundary in proximity to the dissection head, wherein the tissue boundary is detected as a change in density.
A method for producing natural cheese said method including the steps: creating a stream of concentrated acidified skim milk by adding an acidulant to the skim milk to reduce the milk pH and thereafter ultrafiltrating the acidified skim milk; creating a calcium reduced skim milk stream by re-blending a portion of the concentrate acidified skim milk with a diluent; creating a stream of cream having greater than 25% milk fat; creating a stream of raw milk or skim milk; creating a stream of homogenized milk having between 3-18% milk fat; combining the five streams; and making cheese from the combined streams by conventional cheese make technology. creating a stream of concentrated acidified skim milk by adding an acidulant to the skim milk to reduce the milk pH and thereafter ultrafiltrating the acidified skim milk; creating a calcium reduced skim milk stream by re-blending a portion of the concentrate acidified skim milk with a diluent; creating a stream of cream having greater than 25% milk fat; creating a stream of raw milk or skim milk; creating a stream of homogenized milk having between 3-18% milk fat; combining the five streams; and making cheese from the combined streams by conventional cheese make technology.
A continuous method for preparing polyamide by condensation comprising the following consecutive steps: a)melting a mixture comprising polyamide monomers in an extruder or co-kneader, the monomers being delivered to the extruder or co-kneader without the addition of water, and b)carrying out a polycondensation reaction of the mixture obtained after step a) in a horizontal mixer-reactor, steps a) and b) of the method being carried out at a pressure between atmospheric pressure and atmospheric pressure +100 mbar, advantageously a pressure between atmospheric pressure and atmospheric pressure +50 mbar, even more advantageously a pressure between atmospheric pressure and atmospheric pressure +10 mbar. a)melting a mixture comprising polyamide monomers in an extruder or co-kneader, the monomers being delivered to the extruder or co-kneader without the addition of water, and b)carrying out a polycondensation reaction of the mixture obtained after step a) in a horizontal mixer-reactor, steps a) and b) of the method being carried out at a pressure between atmospheric pressure and atmospheric pressure +100 mbar, advantageously a pressure between atmospheric pressure and atmospheric pressure +50 mbar, even more advantageously a pressure between atmospheric pressure and atmospheric pressure +10 mbar.
A method for accessing a wireless network, comprising a synchronization acquiring process including: detecting a physical frame on the current subchannel (step 21); parsing a system information channel SICH and a control channel CCH in the detected physical frame, wherein the SICH indicates the structure of the physical frame, and the CCH indicates system resource allocation (step 22); and acquiring a system parameter from the physical frame by using a result of the parsing (step 23); characterized in that the synchronization acquiring process further comprises: turning to the next subchannel and continuing to detect a physical frame until each subchannel in a channel list is detected, after acquiring the system parameter; and taking all the subchannels, from which the system parameter has been acquired, as available subchannels, and selecting any one from the available subchannels; wherein, the method further comprises a synchronization maintaining process, which includes: continuing to detect a physical frame on the selected subchannel; parsing the SICH and the CCH in the detected physical frame; and detecting the broadcast information frame BCF from the detected physical frame by using a result of the parsing, to acquire a system parameter. detecting a physical frame on the current subchannel (step 21); parsing a system information channel SICH and a control channel CCH in the detected physical frame, wherein the SICH indicates the structure of the physical frame, and the CCH indicates system resource allocation (step 22); and acquiring a system parameter from the physical frame by using a result of the parsing (step 23); characterized in that the synchronization acquiring process further comprises: turning to the next subchannel and continuing to detect a physical frame until each subchannel in a channel list is detected, after acquiring the system parameter; and taking all the subchannels, from which the system parameter has been acquired, as available subchannels, and selecting any one from the available subchannels; turning to the next subchannel and continuing to detect a physical frame until each subchannel in a channel list is detected, after acquiring the system parameter; and taking all the subchannels, from which the system parameter has been acquired, as available subchannels, and selecting any one from the available subchannels; wherein, the method further comprises a synchronization maintaining process, which includes: continuing to detect a physical frame on the selected subchannel; parsing the SICH and the CCH in the detected physical frame; and detecting the broadcast information frame BCF from the detected physical frame by using a result of the parsing, to acquire a system parameter. continuing to detect a physical frame on the selected subchannel; parsing the SICH and the CCH in the detected physical frame; and detecting the broadcast information frame BCF from the detected physical frame by using a result of the parsing, to acquire a system parameter.
Device for guiding a support for a formwork or protective element when working on buildings, comprising at least one guide device for receiving a support, the guide device having a receiving element for the support and a fastening element which can be immovably fastened to an element of the building to be worked on, in particular a wall or a ceiling, characterised in that the receiving element is connected to the fastening element in such a way that, in an imaginary Cartesian coordinate system having a substantially vertical z axis, a substantially horizontal y axis which extends obliquely with respect to a plane spanned by a facade of the building that is to be worked on, preferably substantially perpendicularly to said plane, and an x axis which extends perpendicularly to the plane spanned by the z axis and y axis, the receiving element is mounted such that it can move in the direction of the x, y and z axes by means of a linear drive in each case.
A biological fluid collection device for a multi-component blood sample, comprising: a housing having an inlet port, an outlet port, a first flow channel defined within the housing and in fluid communication with the inlet port, and a second flow channel defined within the housing and in fluid communication with the outlet port; an actuation member engaged with at least a portion of the housing; and a valve disposed between the first flow channel and the second flow channel and transitionable between a closed position and an open position, wherein the second flow channel comprises a collection chamber having a separation member disposed therein and a blood component chamber defined therein in communication with the separation member, characterized in that with the valve in the closed position, the actuation member is in fluid communication with the inlet port and in fluid isolation from the second flow channel, and with the valve in the open position, the actuation member is in fluid communication with the second flow channel and in fluid isolation from the inlet port. a housing having an inlet port, an outlet port, a first flow channel defined within the housing and in fluid communication with the inlet port, and a second flow channel defined within the housing and in fluid communication with the outlet port; an actuation member engaged with at least a portion of the housing; and a valve disposed between the first flow channel and the second flow channel and transitionable between a closed position and an open position, wherein the second flow channel comprises a collection chamber having a separation member disposed therein and a blood component chamber defined therein in communication with the separation member, characterized in that with the valve in the closed position, the actuation member is in fluid communication with the inlet port and in fluid isolation from the second flow channel, and with the valve in the open position, the actuation member is in fluid communication with the second flow channel and in fluid isolation from the inlet port.
Valve body for a snap-in valve of a vehicle wheel, having a valve body with a valve stem with valve core and having a jacketlike body connected fixedly to the valve stem with valve core, said body comprising a rubber mixture, characterized in that the jacketlike body consists of a rubber mixture which comprises chloroprene rubber.
Puncture needle system including a shaft, a puncture needle, optics, a shifter via which an effective length of the optics can be adjusted, and a multiway adapter, wherein in a first constellation the puncture needle is inserted into the shaft, which in turn receives the optics, and wherein in a second constellation the multiway adapter is attached to the shaft and is prepared so that the optics can be attached to it, wherein the multiway adapter moreover has a connection for a device for disintegration and wherein, in the second constellation, the optics and the device for disintegration pass through the shaft, and wherein the multiway adapter is designed as a Y-adapter with an axial connection and can be connected to a coupling element of the shaft, characterized in that the shaft, the puncture needle and the optics are matched to one another such that the effective length of the optics is set and fixed by means of the shifter in such a way that in the first constellation, a distal end of the optics just does not protrude from the puncture needle and, in the second constellation, in which the optics is attached to the multiway adapter, closes with one end of the shaft or is displaced somewhat into the shaft with respect to this end, and wherein moreover a protective tube is provided for a laser fiber or another device for thermal disintegration which, in the second constellation, can be attached to a Y-connection of the multi-way adapter, and the protective tube has a length such that it protrudes beyond the optics in the second constellation.
An actuator comprising a cylinder (1; 101) in which a rod (2; 102) is mounted to slide, the actuator having a screw (8; 108) extending inside the rod to co-operate with a nut (7; 107) secured to the rod, the screw being driven in rotation by a motor (10; 110), the actuator comprising an accumulator (21; 121) and a solenoid valve (22; 122), characterized in that a hydraulic chamber filled with hydraulic fluid is arranged inside the actuator by means of a floating piston (20; 120) sliding in sealed manner against the rod inside of the actuator, the hydraulic chamber being in fluid flow communication with the accumulator (21; 121) via the solenoid valve (22; 122) which is controllable between a closed state in which the chamber is isolated from the accumulator, and a fluid-passing state in which the hydraulic chamber and the accumulator are in communication, calibrated resistance being exerted against the passage of fluid from the chamber towards the accumulator as obtained when movement of the rod inside the actuator leads to a reduction in the volume of the hydraulic chamber.
A wound dressing comprising: a backing sheet; a layer of pressure-sensitive adhesive; an island of absorbent material (6, 8) having smaller area than the backing sheet an apertured wound facing layer comprising an apertured substrate having a coating of a silicone elastomer on the wound facing surface thereof, the open area of the apertured wound facing layer is from about 5% to about 75%, and the apertured wound facing layer comprises apertures having an open area of from about 2mm 2 to about 100mm 2 characterised in that the layer of pressure-sensitive adhesive is on the backing sheet; the island of absorbent material (6, 8) is applied onto a central region of the backing sheet so as to leave a margin of adhesive-coated backing sheet around the absorbent material (6, 8), and the apertured wound facing layer is applied over the absorbent material (6, 8) and is arranged to extend over at least part of the margin of adhesive-coated backing sheet and is adhered to the backing sheet around said island (6, 8) by said pressure-sensitive adhesive such that the apertured wound facing layer covers a portion of the layer of pressure-sensitive adhesive on the backing sheet but allows adhesion of the pressure-sensitive adhesive through the apertures of the apertured wound facing layer resulting in reduced overall adherency of the backing sheet in the part of the margin over which the apertured wound facing layer extends. a backing sheet; a layer of pressure-sensitive adhesive; an island of absorbent material (6, 8) having smaller area than the backing sheet an apertured wound facing layer comprising an apertured substrate having a coating of a silicone elastomer on the wound facing surface thereof, the open area of the apertured wound facing layer is from about 5% to about 75%, and the apertured wound facing layer comprises apertures having an open area of from about 2mm 2 to about 100mm 2 characterised in that the layer of pressure-sensitive adhesive is on the backing sheet; the island of absorbent material (6, 8) is applied onto a central region of the backing sheet so as to leave a margin of adhesive-coated backing sheet around the absorbent material (6, 8), and the apertured wound facing layer is applied over the absorbent material (6, 8) and is arranged to extend over at least part of the margin of adhesive-coated backing sheet and is adhered to the backing sheet around said island (6, 8) by said pressure-sensitive adhesive such that the apertured wound facing layer covers a portion of the layer of pressure-sensitive adhesive on the backing sheet but allows adhesion of the pressure-sensitive adhesive through the apertures of the apertured wound facing layer resulting in reduced overall adherency of the backing sheet in the part of the margin over which the apertured wound facing layer extends.