mhurhangee/ep-ind-claims huggingface dataset:
Spreader for spreading granular or micro-granular material on the ground under gravity, said spreader comprising an elongated hollow member extending along an essentially vertical axis and defining an inner cavity through which said granular or micro-granular material can flow, said hollow member being adapted to be associated with a delivery conduit of a container wherein said granular or micro-granular material is stored, at least one end portion of said hollow member has a substantially circular or elliptical cross section characterized in that said at least one end portion of said hollow member is provided with a plurality of protrusions projecting towards the inner cavity, said plurality of protrusions being adapted to even the flow of said granular or micro-granular material before exiting said inner cavity, said plurality of protrusions being provided on one or more shaped elements insertable into said inner cavity, said spreader further comprising at least one inclined surface with respect to said axis, said at least one inclined surface being arranged adjacent to said end portion for receiving and deflecting the flow of said granular or micro-granular material in order to spread it on the ground, wherein said at least one inclined surface is associated with a body insertable into said hollow member so as to be housed inside said hollow member, said body being arranged such that said at least one inclined surface is facing a discharging opening obtained on a lateral wall of an extension portion of said end portion.
An integrated system comprising: a central electronic control and monitoring, CECM, unit; a twin chamber wall unit, TCWU, and a master control unit, MCU, wherein the CECM is configured to control and monitor all electronic functions of the system, the TCWU is configured to regulate the flow of air in and out of an environmental zone in a room and the MCU is configured as a programming device to the CECM, characterized in that the TCWU comprises two external or internal wall columns A and B, each fitted with top and bottom vents at the top and the bottom of the external or internal wall columns A and B, respectively, wherein the CECM is configured to open the top vent in column B to extract warm air out and to simultaneously open the bottom vent in column A to introduce cool air into the room, to regulate and maintain the temperature in warm conditions, and wherein the CECM is configured to open the bottom vent in column B to extract cool air out and to simultaneously open the top vent in column A to introduce warm air into the room, to regulate and maintain the temperature in cool conditions. a central electronic control and monitoring, CECM, unit; a twin chamber wall unit, TCWU, and a master control unit, MCU, wherein the CECM is configured to control and monitor all electronic functions of the system, the TCWU is configured to regulate the flow of air in and out of an environmental zone in a room and the MCU is configured as a programming device to the CECM, characterized in that the TCWU comprises two external or internal wall columns A and B, each fitted with top and bottom vents at the top and the bottom of the external or internal wall columns A and B, respectively, wherein the CECM is configured to open the top vent in column B to extract warm air out and to simultaneously open the bottom vent in column A to introduce cool air into the room, to regulate and maintain the temperature in warm conditions, and wherein the CECM is configured to open the bottom vent in column B to extract cool air out and to simultaneously open the top vent in column A to introduce warm air into the room, to regulate and maintain the temperature in cool conditions.
A treatment head comprising a skin contact surface which is positionable against a subject's skin, and at least one vacuum aperture at the skin contact surface, the at least one vacuum aperture defining a path at which a vacuum is generatable, wherein the at least one vacuum aperture has an abrasive edge defined by a juncture of the vacuum aperture and the skin contact surface, the abrasive edge being configured to act on the subject's skin, characterized in that the skin contact surface comprises no abrasive elements protruding from the skin contact surface.
A catheter-based tool deployment system comprising: an elongate flexible catheter body having a proximal end and a distal portion with an axis therebetween; a receptacle for receiving a therapeutic or diagnostic tool along the distal portion of the catheter body; a tubular sheath having a lumen slidably receiving the distal portion of the catheter therein; a first fluid channel extending axially along the catheter body; a first actuator disposed along the distal portion in fluid communication with the first channel, the first actuator coupling the distal portion with the sheath so that, in response to fluid transmitted along the first channel, the first actuator drives the sheath axially away from a first position over the receptacle and toward a second position axially offset from the first position such that the tool is uncovered for use; a second channel extending along the catheter body; and a second actuator in fluid communication with the second channel, wherein the second actuator axially couples the distal portion of the catheter with the sheath so that transmission of inflation fluid along the second channel drives the sheath axially away from the second position toward the first position. an elongate flexible catheter body having a proximal end and a distal portion with an axis therebetween; a receptacle for receiving a therapeutic or diagnostic tool along the distal portion of the catheter body; a tubular sheath having a lumen slidably receiving the distal portion of the catheter therein; a first fluid channel extending axially along the catheter body; a first actuator disposed along the distal portion in fluid communication with the first channel, the first actuator coupling the distal portion with the sheath so that, in response to fluid transmitted along the first channel, the first actuator drives the sheath axially away from a first position over the receptacle and toward a second position axially offset from the first position such that the tool is uncovered for use; a second channel extending along the catheter body; and a second actuator in fluid communication with the second channel, wherein the second actuator axially couples the distal portion of the catheter with the sheath so that transmission of inflation fluid along the second channel drives the sheath axially away from the second position toward the first position.
An excrement treatment material comprising: a water retaining material including at least one material of papers, fibers, woods, plants, plastics, rubbers, organic sludge, and animal waste; an adhesive; and a water absorbing resin, the excrement treatment material being formed in a granular shape, characterized in that the water retaining material has a grain size of 0.6 mm or less, the adhesive is dextrin, the adhesive is contained in an amount of 5 wt% to 20 wt% with respect to a total weight of the excrement treatment material, and the excrement treatment material comprises a granular core portion containing the water retaining material, and a coating layer portion containing the adhesive and the water absorbing resin for covering the granular core portion. a water retaining material including at least one material of papers, fibers, woods, plants, plastics, rubbers, organic sludge, and animal waste; an adhesive; and a water absorbing resin, the excrement treatment material being formed in a granular shape, characterized in that the water retaining material has a grain size of 0.6 mm or less, the adhesive is dextrin, the adhesive is contained in an amount of 5 wt% to 20 wt% with respect to a total weight of the excrement treatment material, and the excrement treatment material comprises a granular core portion containing the water retaining material, and a coating layer portion containing the adhesive and the water absorbing resin for covering the granular core portion.
A method executed by one or more computing devices for searching polymorphically encrypted data, the method comprising: generating, by at least one of the one or more computing devices, one or more pseudonymous tokens by encrypting a ciphertext using a first algorithm and an encryption key, the first algorithm comprising a polymorphic algorithm configured to generate a distinct pseudonymous token for each application of the polymorphic algorithm to the same ciphertext with the same encryption key; storing, by at least one of the one or more computing devices, the one or more pseudonymous tokens in a data store; and identifying, by at least one of the one or more computing devices, data in the data store that corresponds to the ciphertext by querying the data store using a search token generated by encrypting the ciphertext using a second algorithm and the encryption key, the search token being distinct from the one or more pseudonymous tokens. generating, by at least one of the one or more computing devices, one or more pseudonymous tokens by encrypting a ciphertext using a first algorithm and an encryption key, the first algorithm comprising a polymorphic algorithm configured to generate a distinct pseudonymous token for each application of the polymorphic algorithm to the same ciphertext with the same encryption key; storing, by at least one of the one or more computing devices, the one or more pseudonymous tokens in a data store; and identifying, by at least one of the one or more computing devices, data in the data store that corresponds to the ciphertext by querying the data store using a search token generated by encrypting the ciphertext using a second algorithm and the encryption key, the search token being distinct from the one or more pseudonymous tokens.
A method for transmitting and receiving signals to and from a base station, BS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving a synchronization signal/physical broadcast channel, SS/PBCH, block from the BS; determining an index of the received SS/PBCH block based on i) a demodulation reference signal, DM-RS, sequence for a PBCH included in the SS/PBCH block or ii) a combination of the DM-RS sequence for the PBCH and information included in the PBCH; and wherein the DM-RS sequence for the PBCH is initialized in a unit of the SS/PBCH block, based on an initial value determined based on a cell identifier, cell ID, and the index of the SS/PBCH block, and performing synchronization with the BS based on the determined index of the SS/PBCH block. receiving a synchronization signal/physical broadcast channel, SS/PBCH, block from the BS; determining an index of the received SS/PBCH block based on i) a demodulation reference signal, DM-RS, sequence for a PBCH included in the SS/PBCH block or ii) a combination of the DM-RS sequence for the PBCH and information included in the PBCH; and wherein the DM-RS sequence for the PBCH is initialized in a unit of the SS/PBCH block, based on an initial value determined based on a cell identifier, cell ID, and the index of the SS/PBCH block, and performing synchronization with the BS based on the determined index of the SS/PBCH block.
Method for producing a rod-shaped item of the tobacco-processing industry, comprising transversely conveying first rod-shaped parts and second rod-shaped parts through a wrapping region in an attachment machine, and feeding a wrapping strip into the wrapping region along a wrapping strip centre line MU in order to wrap the first and second rod-shaped parts so as to interconnect said parts, the wrapping strip being fed into the wrapping region with a positive offset Δx of the wrapping strip centre line MU relative to a machine centre line MM, characterised in that the free end of one of the rod-shaped parts is arranged in the wrapping region in the machine centre line MM.
An apparatus for measuring the at least one of pressure, temperature, and wind velocity of a volume of air comprising: a laser having a first frequency of radiation and a second frequency of radiation; a first waveguide coupled to the laser; a second waveguide (30; 50; 72); a narrowband filter coupled between the first waveguide and the second waveguide (30; 50; 72), wherein the narrowband filter is configured to redirect the first frequency of radiation to the second waveguide (30; 50; 72); and a first photodetector (42; 74) coupled to the second waveguide (30; 50; 72); wherein the first waveguide is arranged to transmit the second frequency of radiation to the volume of air; means (30; 52; 70) for receiving scattered light from the volume of air; and the first photodetector (42; 74) being arranged to perform heterodyne detection by mixing the first frequency of radiation on the second waveguide and the received scattered light on said means for receiving scattered light, wherein the first photodetector (42; 74) outputs a beat frequency; wherein said means for receiving scattered light comprise: the second waveguide, arranged to transmit the scattered light to the first photodetector; or. a third waveguide (52; 70) coupled to the first photodetector (42; 74) and arranged to transmit the scattered light to the first photodetector (42; 74). a laser having a first frequency of radiation and a second frequency of radiation; a first waveguide coupled to the laser; a second waveguide (30; 50; 72); a narrowband filter coupled between the first waveguide and the second waveguide (30; 50; 72), wherein the narrowband filter is configured to redirect the first frequency of radiation to the second waveguide (30; 50; 72); and a first photodetector (42; 74) coupled to the second waveguide (30; 50; 72); wherein the first waveguide is arranged to transmit the second frequency of radiation to the volume of air; means (30; 52; 70) for receiving scattered light from the volume of air; and the first photodetector (42; 74) being arranged to perform heterodyne detection by mixing the first frequency of radiation on the second waveguide and the received scattered light on said means for receiving scattered light, wherein the first photodetector (42; 74) outputs a beat frequency; wherein said means for receiving scattered light comprise: the second waveguide, arranged to transmit the scattered light to the first photodetector; or. a third waveguide (52; 70) coupled to the first photodetector (42; 74) and arranged to transmit the scattered light to the first photodetector (42; 74). the second waveguide, arranged to transmit the scattered light to the first photodetector; or. a third waveguide (52; 70) coupled to the first photodetector (42; 74) and arranged to transmit the scattered light to the first photodetector (42; 74).
A method of producing a synthetic resin container, the method comprising supplying, to a preform that has been formed by thermoplastic resin in a bottomed tubular shape, a liquid heated to a predetermined temperature at a predetermined pressure to liquid blow mold the preform, wherein the synthetic resin container has a bottle shape including a tube-shaped mouth, a tube-shaped trunk having one end closed by a bottom, and a shoulder through which another end of the trunk is connected to the mouth, wherein the mouth is formed in a substantially cylindrical shape, the trunk is formed in a substantially cylindrical shape having a diameter greater than a diameter of the mouth, and the shoulder is formed in a substantially frustoconical shape, and the shoulder is inclined at an angle greater than 120° with respect to an axis of the mouth, characterized by that the shoulder has a crystal orientation in a machine direction of less than 1.
A method of obtaining a multimedia service by a user equipment in a telecommunication network, characterized in that the method comprises the following steps: i. notifying, by a multimedia service management device, a service identifier and a service address of the multimedia service to a network server, and notifying, by the multimedia service management device, said service identifier of the multimedia service to a multimedia service guide device; ii. sending, by the user equipment, a receiving request message to the multimedia service guide device for requesting to receive multimedia service guides (B1; S21), wherein the multimedia service guides comprise the service identifier; iii. receiving, by the user equipment, said multimedia service guides from the multimedia service guide device, said multimedia service guides comprising a service identifier of each multimedia service (B2; S22); iv. sending, by the user equipment, a first query message to a network server according to the service identifier of a multimedia service chosen by a user (B3; S23), said first query message being used to query the service address corresponding to the service identifier of the chosen multimedia service; v. receiving, by the user equipment, a first response message from said network server (B4; S24), said first response message comprising the service address corresponding to the service identifier of the chosen multimedia service; vi. obtaining, by the user equipment, said chosen multimedia service according to said corresponding service address (B5, B6; S25). i. notifying, by a multimedia service management device, a service identifier and a service address of the multimedia service to a network server, and notifying, by the multimedia service management device, said service identifier of the multimedia service to a multimedia service guide device; ii. sending, by the user equipment, a receiving request message to the multimedia service guide device for requesting to receive multimedia service guides (B1; S21), wherein the multimedia service guides comprise the service identifier; iii. receiving, by the user equipment, said multimedia service guides from the multimedia service guide device, said multimedia service guides comprising a service identifier of each multimedia service (B2; S22); iv. sending, by the user equipment, a first query message to a network server according to the service identifier of a multimedia service chosen by a user (B3; S23), said first query message being used to query the service address corresponding to the service identifier of the chosen multimedia service; v. receiving, by the user equipment, a first response message from said network server (B4; S24), said first response message comprising the service address corresponding to the service identifier of the chosen multimedia service; vi. obtaining, by the user equipment, said chosen multimedia service according to said corresponding service address (B5, B6; S25).
A method of controlling undesirable vegetation comprising contacting the undesirable vegetation, the area adjacent to the undesirable vegetation, water or soil with a herbicidally effective amount of (a) a compound of the formula: or, with respect to its carboxylic acid moiety, an agriculturally acceptable salt, ester, or amide thereof, (b) fluroxypyr, or, with respect to its carboxylic acid moiety, an agriculturally acceptable ester, amide, or salt thereof, and (c) one or more phenoxy auxins or an agriculturally acceptable ester, amide, or salt thereof, wherein the phenoxy auxin is MCPA and the carboxylic acid equivalent weight ratio of (a) to (b) to (c) is from 1:12:60 to 1:18:80, and wherein the undesirable vegetation is hemp-nettle ( Galeopsis tetrahit, GAETE), common ragweed (Ambrosia artemisiifolia, AMBEL), absinth wormwood ( Artemisia absinthium, ARTAB), or volunteer canola (Brassica napus, BRSNN). (a) a compound of the formula: or, with respect to its carboxylic acid moiety, an agriculturally acceptable salt, ester, or amide thereof, (b) fluroxypyr, or, with respect to its carboxylic acid moiety, an agriculturally acceptable ester, amide, or salt thereof, and (c) one or more phenoxy auxins or an agriculturally acceptable ester, amide, or salt thereof,
Footwear sole assembly for enabling a wearer to walk or run with a rolling action, comprising a resilient rolling element arranged in the sole assembly, the rolling element extending along part of the length axis of the sole assembly and across at least part of the width of the sole assembly, the rolling element being arranged in the upper part of the sole assembly and extending over at least a mid-portion of the sole assembly facing the arch of the wearer's foot during walking or running, and an elastically compressible midsole element having a forward region, a midportion and a heel region (35"), and wherein the rolling element has a convex lower rolling surface in mechanical contact with the elastically compressible midsole element, the mid-portion of the midsole element includes a thickness of elastically compressible material underneath the lowest section of the convex lower surface of the rolling element, the material of the rolling element being harder than the material of the midsole element, the rolling surface and the said midsole element being shaped and arranged such that load forces incurred during walking or running cause the rolling element to rotate, relative to the sole assembly, about a rolling axis transverse to the length axis of the sole assembly, thereby elastically compressing the midsole element over at least part of the mid-portion for at least part of a stride of the wearer, where the midsole element is soft and elastically compressible, enabling a wearer to walk or run with a stable rolling action, the footwear sole assembly being characterised in that the forward region and the heel region (35") are designed flat or only slightly curved in a concave way, and the upper surface of the rolling element is flush with the upper surfaces of the heel region (35") and the forward region of the midsole.
Method for determining a target volumetric flow rate for a coolant, which is conducted through a coolant path to cool a power converter, wherein a temperature (T C) of a DC-link capacitor of the power converter and a temperature (T K) of the coolant are determined, and wherein a value for the target volumetric flow rate is determined based on a temperature difference (ΔT) between the temperature (Tc) of the DC-link capacitor and the temperature (T K) of the coolant, characterized in that at least one value of a current in the power converter is determined, and wherein, based on the at least one value of the current, an intermediate value ( V̇ Z) for the target volumetric flow rate determined from the temperature (T C) of the DC-link capacitor and the temperature (T K) of the coolant, in particular on the basis of a characteristic map (K 1), is adapted, in particular scaled, and used as the value for the target volumetric flow rate. wherein a temperature (T C) of a DC-link capacitor of the power converter and a temperature (T K) of the coolant are determined, and wherein a value for the target volumetric flow rate is determined based on a temperature difference (ΔT) between the temperature (Tc) of the DC-link capacitor and the temperature (T K) of the coolant,
A rotary electrical machine element, of the rotor or stator type, comprising a plurality of stacks of magnetic laminations equipped with a tooth (12, 13) comprising slots intended to receive electrical windings, and pins disposed between two successive lamination packs forming a flow conduit, the packs being separated from each other by the pins, a part of the pins being asymmetrically distributed on the tooth of the stator or rotor lamination with respect to a median axis of the width of the tooth, characterised in that the circumferential distance (c) between the centres of two adjacent pins projected onto an axis defined by the width of the tooth is comprised between 4/10 and 8/10, preferably between 1/2 and 6/10 of the width of the tooth.