mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a hydraulic plug comprising: providing a shell comprising a circumferential wall , a sealed end , an open end and an axially extending cavity within, the cavity being defined by an internal surface with an inner diameter which narrows towards the open end; and inserting a head of an expander into the cavity, the expander further comprising a stem extending from the cavity for applying a tensile force (T) to the head, the method being characterised in that a sleeve is provided on a stem side of the head extending into the cavity, an end of the sleeve adjacent the head having an inner diameter (ID 2 ) which is less than a maximum outer diameter (OD 1 ) of the head, the method further comprising: a sleeve forming step in which the sleeve is expanded by forcing the head into the end of the sleeve through urging the sleeve and/or expander towards the other in an axial direction, causing the sleeve to overlap a region of the head and present a combined outer diameter (OD 3 ) which is greater than a minimum inner diameter (ID 1 ) of the cavity where the cavity narrows towards the open end, thereby preventing withdrawal of the head from the cavity. providing a shell comprising a circumferential wall , a sealed end , an open end and an axially extending cavity within, the cavity being defined by an internal surface with an inner diameter which narrows towards the open end; and inserting a head of an expander into the cavity, the expander further comprising a stem extending from the cavity for applying a tensile force (T) to the head, the method being characterised in that a sleeve is provided on a stem side of the head extending into the cavity, an end of the sleeve adjacent the head having an inner diameter (ID 2 ) which is less than a maximum outer diameter (OD 1 ) of the head, the method further comprising: a sleeve forming step in which the sleeve is expanded by forcing the head into the end of the sleeve through urging the sleeve and/or expander towards the other in an axial direction, causing the sleeve to overlap a region of the head and present a combined outer diameter (OD 3 ) which is greater than a minimum inner diameter (ID 1 ) of the cavity where the cavity narrows towards the open end, thereby preventing withdrawal of the head from the cavity.
A method for performing Transmission Time Interval, TTI, bundling in a wireless access system, the method comprising: transmitting, by a user equipment, UE, , first uplink data via bundled subframes; receiving a first Physical Hybrid-Automatic Repeat request, HARQ, Indicator Channel, PHICH, corresponding to the first uplink data, in a 4 th subframe from a last subframe of the bundled subframes; transmitting, by the UE after the first PHICH, second uplink data that is retransmission of the first uplink data via bundled subframes; and receiving a second PHICH corresponding to the second uplink data, wherein a PHICH period is changed from 12 TTIs to 16 TTIs after receiving the second PHICH, based on a higher layer signaled parameter related to a change of the PHICH period, and wherein the first uplink data is transmitted via 8 bundled subframes and the second uplink data is transmitted via 4 bundled subframes. transmitting, by a user equipment, UE, , first uplink data via bundled subframes; receiving a first Physical Hybrid-Automatic Repeat request, HARQ, Indicator Channel, PHICH, corresponding to the first uplink data, in a 4 th subframe from a last subframe of the bundled subframes; transmitting, by the UE after the first PHICH, second uplink data that is retransmission of the first uplink data via bundled subframes; and receiving a second PHICH corresponding to the second uplink data, wherein a PHICH period is changed from 12 TTIs to 16 TTIs after receiving the second PHICH, based on a higher layer signaled parameter related to a change of the PHICH period, and wherein the first uplink data is transmitted via 8 bundled subframes and the second uplink data is transmitted via 4 bundled subframes.
A chloroprene-based block copolymer latex, comprising a chloroprene-based block copolymer, wherein: the chloroprene-based block copolymer contains 5 to 30% by mass of a polymer block (A) and 70 to 95% by mass of a chloroprene-based polymer block (B); a monomer unit constituting the polymer block (A) includes at least one of an aromatic vinyl monomer unit, a methyl methacrylate monomer unit, and an acrylonitrile monomer unit; a number average molecular weight of the polymer block (A) is 10,000 or more, the number average molecular weight being a polystyrene-equivalent value measured by gel permeation chromatography (GPC) in accordance with the description; the chloroprene-based polymer block (B) includes a chloroprene monomer unit; and when the chloroprene-based block copolymer latex is molded by immersion molding to obtain a film and then the film is heat-treated at 130°C for 30 minutes, a tensile strength at break measured in accordance with JIS K6251 of the film is 17 MPa or more. the chloroprene-based block copolymer contains 5 to 30% by mass of a polymer block (A) and 70 to 95% by mass of a chloroprene-based polymer block (B); a monomer unit constituting the polymer block (A) includes at least one of an aromatic vinyl monomer unit, a methyl methacrylate monomer unit, and an acrylonitrile monomer unit; a number average molecular weight of the polymer block (A) is 10,000 or more, the number average molecular weight being a polystyrene-equivalent value measured by gel permeation chromatography (GPC) in accordance with the description; the chloroprene-based polymer block (B) includes a chloroprene monomer unit; and when the chloroprene-based block copolymer latex is molded by immersion molding to obtain a film and then the film is heat-treated at 130°C for 30 minutes, a tensile strength at break measured in accordance with JIS K6251 of the film is 17 MPa or more.
A motor drive apparatus mounted with a probe unit that includes a transmitting and receiving unit which is configured to carry out signal transmission and reception continuously, the motor drive apparatus comprising: a scanner unit connected to the transmitting and receiving unit , and configured to rotate the transmitting and receiving unit ; a scanner moving unit connected to the scanner unit and configured to axially move the scanner unit between a forward-most end position and a backward-most end position to move the transmitting and receiving unit in an axial forward direction of the probe unit ; a detection unit configured to detect that the scanner unit has reached a position spaced from the forward-most end position of the scanner unit by a predetermined distance when the scanner unit is being operated in the axial forward direction; and the scanner moving unit comprising a control unit which is configured to carry out speed control of the scanner unit according to a first speed set value for movement of the scanner unit in the axial forward direction towards the forward-most end position before the scanner unit reaches the position spaced from the forward-most end position of the scanner unit by the predetermined distance, and which is configured to carry out the speed control according to a second speed set value, less than the first speed set value, for movement of the scanner unit toward the forward-most end position after the detection unit has detected that the scanner unit has reached the position spaced from the forward-most end position of the scanner unit by the predetermined distance. a scanner unit connected to the transmitting and receiving unit , and configured to rotate the transmitting and receiving unit ; a scanner moving unit connected to the scanner unit and configured to axially move the scanner unit between a forward-most end position and a backward-most end position to move the transmitting and receiving unit in an axial forward direction of the probe unit ; a detection unit configured to detect that the scanner unit has reached a position spaced from the forward-most end position of the scanner unit by a predetermined distance when the scanner unit is being operated in the axial forward direction; and the scanner moving unit comprising a control unit which is configured to carry out speed control of the scanner unit according to a first speed set value for movement of the scanner unit in the axial forward direction towards the forward-most end position before the scanner unit reaches the position spaced from the forward-most end position of the scanner unit by the predetermined distance, and which is configured to carry out the speed control according to a second speed set value, less than the first speed set value, for movement of the scanner unit toward the forward-most end position after the detection unit has detected that the scanner unit has reached the position spaced from the forward-most end position of the scanner unit by the predetermined distance.
A dryer comprising a drum for receiving laundry items to be dried and a process air circuit for passing process air through the drum , the process air circuit including a blower for driving the process air; a condensing device for condensing moisture from the process air coming from the drum ; a condensate collecting vessel ; a condensate tank for receiving water transferred from the condensate collecting vessel ; an overflow container in which the condensate tank is placed; an electric pump unit associated to the condensate collecting vessel for pumping water contained in the condensate collecting vessel to the condensate tank ; a pump conduit fluidly connecting a pump outlet to a condensate tank inlet ; an overflow conduit fluidly connecting the overflow container to the condensate collecting vessel ; a condensate collecting vessel level sensor is provided in the condensate collecting vessel ; and characterized in that a siphon is located in the overflow conduit to limit air transfer through the overflow conduit and in that the dryer comprises a bypass conduit which directly connects the pump conduit and the overflow conduit and in that the pump conduit comprises at a bypass conduit entry point a flap system including a flap , wherein the flap system including the flap is adapted to cause by means of the operation of the pump unit a flow of condensate from the pump outlet directly to the condensate tank in that the bypass conduit is closed by the flap , and to cause a flow of condensate in the opposite direction and into the bypass conduit and into the siphon in the overflow conduit , which is an overflow siphon in that the bypass conduit is no longer closed by the flap when the flow direction has changed.
A piece of furniture or domestic appliance, comprising: - a body , - at least one drawer element having two side walls displaceably arranged in the body , - wherein respective pullout guides are arranged between the side walls of the drawer element and side walls of the body , - wherein each of the pullout guides comprises at least one body rail fastenable on a side wall of the body and a slide rail formed as a side panel fastenable on the side wall , - at least one functional unit coupled to one of the pullout guides , - the at least one functional unit is releasably arranged in at least one of the side walls remotely from the pullout guide , - wherein the functional unit , in a predetermined position of the drawer element in relation to the body , is operationally connected to a counter element attached fixed in place on the body or on the body rail characterized in that in a rear end of the side wall in the opening direction (x) of the drawer element , a receptacle space open to a rear open end face is formed to accommodate the functional unit , in which at least one fastening element is arranged for the releasable fixing of the functional unit , wherein the counter element is in contact with the functional unit through the rear open end face of the side panel in a closed position of the drawer element . - a body , - at least one drawer element having two side walls displaceably arranged in the body , - wherein respective pullout guides are arranged between the side walls of the drawer element and side walls of the body , - wherein each of the pullout guides comprises at least one body rail fastenable on a side wall of the body and a slide rail formed as a side panel fastenable on the side wall , - at least one functional unit coupled to one of the pullout guides , - the at least one functional unit is releasably arranged in at least one of the side walls remotely from the pullout guide , - wherein the functional unit , in a predetermined position of the drawer element in relation to the body , is operationally connected to a counter element attached fixed in place on the body or on the body rail in a rear end of the side wall in the opening direction (x) of the drawer element , a receptacle space open to a rear open end face is formed to accommodate the functional unit , in which at least one fastening element is arranged for the releasable fixing of the functional unit , wherein the counter element is in contact with the functional unit through the rear open end face of the side panel in a closed position of the drawer element .
A computer-implemented method for controlling a process of manufacturing semiconductor devices on a substrate, the method comprising: obtaining process data relating to the process; determining a correction for the process based on the process data and a first control objective associated with the devices on the substrate; determining a first probability of the first control objective being achievable; and adjusting the correction based on said first probability and at least a second control objective having a second probability of being achievable compared to the first control objective. obtaining process data relating to the process; determining a correction for the process based on the process data and a first control objective associated with the devices on the substrate; determining a first probability of the first control objective being achievable; and adjusting the correction based on said first probability and at least a second control objective having a second probability of being achievable compared to the first control objective.
A method for antiforgery marking a lot of printed products (P) that are to be printed with a given original printer (S), comprising the following steps: printing with said original printer one or more physical guide prints of a master digital image that form part of said lot of printed products; digitally acquiring said one or more guide prints to obtain one or more synthesis digital images; processing said one or more synthesis images to extract there from one or more intrinsic characteristics identifying the original printer extracted from the typical characteristics of the electronic and mechanical elements of the original printing used creating at least one identifier code (CI) by encoding information associated to the product and information associated to the characteristics identifying the original printer; creating an identification marking (M) of the product (P) comprising said identifier code in combination with said one or more guide prints already present on the product; and applying said marking (M) to the products (P) of said lot, wherein said processing of the synthesis image comprises a numerical characterization of the synthesis image capable of obtaining a digital signature identifying the original printer, said numerical characterization being performed using one or more image-processing techniques selected from among transformed-domain processing techniques, statistical-approach techniques, techniques based upon shape and texture descriptors, techniques based upon multi-channel analysis of the acquisition channels, or combinations thereof. printing with said original printer one or more physical guide prints of a master digital image that form part of said lot of printed products; digitally acquiring said one or more guide prints to obtain one or more synthesis digital images; processing said one or more synthesis images to extract there from one or more intrinsic characteristics identifying the original printer extracted from the typical characteristics of the electronic and mechanical elements of the original printing used creating at least one identifier code (CI) by encoding information associated to the product and information associated to the characteristics identifying the original printer; creating an identification marking (M) of the product (P) comprising said identifier code in combination with said one or more guide prints already present on the product; and applying said marking (M) to the products (P) of said lot, wherein said processing of the synthesis image comprises a numerical characterization of the synthesis image capable of obtaining a digital signature identifying the original printer, said numerical characterization being performed using one or more image-processing techniques selected from among transformed-domain processing techniques, statistical-approach techniques, techniques based upon shape and texture descriptors, techniques based upon multi-channel analysis of the acquisition channels, or combinations thereof.
A method for supporting a Circuit Switched, CS, service in a 5G Core Network, 5GCN , the method being performed by a wireless device , the method comprising: registering (S102) with an Access and Mobility Management Function, AMF, of the 5GCN using Non-Access Stratum, NAS, signalling; and registering (S108), with the 5GCN and using NAS signalling, for at least one CS service, wherein the registering for the at least one CS service is performed in conjunction with registering with the AMF, wherein there are two CS services: a Circuit Switched FallBack, CSFB, voice service and a messaging service, and wherein a separate registering is performed for each of the two CS services. registering (S102) with an Access and Mobility Management Function, AMF, of the 5GCN using Non-Access Stratum, NAS, signalling; and registering (S108), with the 5GCN and using NAS signalling, for at least one CS service, wherein the registering for the at least one CS service is performed in conjunction with registering with the AMF, wherein there are two CS services: a Circuit Switched FallBack, CSFB, voice service and a messaging service, and wherein a separate registering is performed for each of the two CS services.
A device for testing a fluid from a heat exchanger , the device comprising: at least two test heat exchangers , each test heat exchanger comprising a first inlet configured to receive the fluid from the heat exchanger , a first outlet for the fluid to the heat exchanger , a second inlet configured to receive a heat transfer fluid, and, a second outlet for the heat transfer fluid, wherein the fluid from the heat exchanger and the heat transfer fluid are isolated fluidically within each test heat exchanger ; and, a heater in communication with at least one of the test heat exchangers , characterized in that a first test heat exchanger has a first end and a second, opposite end, wherein the heater is disposed at at least one of the first ends and the second ends and is configured to heat the heat transfer fluid within the first test heat exchanger , and wherein each heater comprises a rod extending through a T-coupling at the at least one of the first ends and the second ends into an inner tube of the first test heat exchanger . at least two test heat exchangers , each test heat exchanger comprising a first inlet configured to receive the fluid from the heat exchanger , a first outlet for the fluid to the heat exchanger , a second inlet configured to receive a heat transfer fluid, and, a second outlet for the heat transfer fluid, wherein the fluid from the heat exchanger and the heat transfer fluid are isolated fluidically within each test heat exchanger ; and, a heater in communication with at least one of the test heat exchangers , characterized in that a first test heat exchanger has a first end and a second, opposite end, wherein the heater is disposed at at least one of the first ends and the second ends and is configured to heat the heat transfer fluid within the first test heat exchanger , and wherein each heater comprises a rod extending through a T-coupling at the at least one of the first ends and the second ends into an inner tube of the first test heat exchanger .
A communication device having a radio frequency chip, said device comprising - an insulating film support of an electrical and/or electronic chip module , - an electrical and/or electronic radio frequency circuit on said insulating film support, said circuit comprising plates of an adjustable capacitor and/or an antenna spiral with adjustable inductance, and - at least one adjustment element for adjusting a tuning frequency of the radio frequency circuit, said adjustment element connecting an intermediate point of the spiral to reduce the available inductance and/or splitting or connecting the plates to adjust the capacitance, characterised in that said plates (13A-13H) and/or said spiral extend(s) over said film support . - an insulating film support of an electrical and/or electronic chip module , - an electrical and/or electronic radio frequency circuit on said insulating film support, said circuit comprising plates of an adjustable capacitor and/or an antenna spiral with adjustable inductance, and - at least one adjustment element for adjusting a tuning frequency of the radio frequency circuit, said adjustment element connecting an intermediate point of the spiral to reduce the available inductance and/or splitting or connecting the plates to adjust the capacitance, characterised in that said plates (13A-13H) and/or said spiral extend(s) over said film support .
Clamping device for clamping a cylindrical tool shaft, in particular of a dental tool, comprising a spring element for holding the tool shaft, a hollow shaft for transmitting a rotational movement, and a plunger , wherein the spring element is configured as a sleeve having a cylindrical wall , a first opening and a second opening and the wall comprises recesses , wherein the spring element , the shaft and the plunger have coaxially disposed rotational axes, the shaft projects at least partially into the first opening of the spring element in order to expand the spring element and the plunger projects at least partially into the second opening of the springloaded element in order to expand the spring element , and the spring element is connected to the shaft in a form-fitting or force-fitting manner.
A method, comprising: performing a first access operation for a first ferroelectric memory cell of a memory array comprising a plurality of ferroelectric memory cells; starting a timer based at least in part on performing the first access operation; and performing a second access operation for a second ferroelectric memory cell of the memory array based at least in part on the timer exceeding a threshold, wherein the threshold is based at least in part on a discharge rate of the first ferroelectric memory cell. performing a first access operation for a first ferroelectric memory cell of a memory array comprising a plurality of ferroelectric memory cells; starting a timer based at least in part on performing the first access operation; and performing a second access operation for a second ferroelectric memory cell of the memory array based at least in part on the timer exceeding a threshold, wherein the threshold is based at least in part on a discharge rate of the first ferroelectric memory cell.