mhurhangee/ep-ind-claims huggingface dataset:
A fitting for rotatably or displaceably supporting swing leaf doors or sliding doors made of glass having an adhesive adapter for gluing to the door leaf, wherein the adhesive adapter is fastened by means of a fastening means (6, 13) to a hinge strap of the fitting, characterized in that - the adhesive adapter consists of a metal element, which is provided with a coating made from plastic material and comprises a metal bonding surface, - wherein the coating, in the area of its exterior circumference, includes a surrounding edge protruding beyond the bonding surface. - the adhesive adapter consists of a metal element, which is provided with a coating made from plastic material and comprises a metal bonding surface, - wherein the coating, in the area of its exterior circumference, includes a surrounding edge protruding beyond the bonding surface.
A process for improving the cold flow properties of a hydrocarbon feedstock, the process comprising: contacting the feedstock with a catalyst composition comprising an EMM-17 molecular sieve and a hydrogenation component under dewaxing conditions effective to produce a dewaxed product having a cloud point and/or pour point that is reduced relative to the cloud point and/or pour point of the feedstock by at least 5 °C, wherein the feedstock comprises in the range of from more than 10 ppm by weight to 2.0 wt % sulfur and in the range of from more than 10 ppm by weight to 500 ppm by weight nitrogen.
Antenna feeding network for a multi-radiator antenna, said feeding network comprising at least two substantially air filled coaxial lines (3a, 3b), each coaxial line comprising: - A central inner conductor (4a, 4b); and - An elongated outer conductor (5a, 5b) at least substantially surrounding the central inner conductor, wherein at least two of said coaxial lines are formed using a common elongated compartment, said elongated compartment being defined by walls forming the outer conductors of the at least two coaxial lines which surround at least two central inner conductors arranged consecutively within the compartment, characterized in that each coaxial line further comprises an elongated rail element (6a, 6b) slidably arranged inside the outer conductor, said rail element being longitudinally movable in relation to said conductors, wherein the elongated rail elements (6a, 6b) of said at least two coaxial lines are formed by a common elongated rail element slidably arranged within the compartment, which common elongated rail element is provided with at least two dielectric elements, each being configured to co-operate with a corresponding inner conductor of the at least two coaxial lines formed in the common compartment to form at least two phase shifting arrangements. - A central inner conductor (4a, 4b); and - An elongated outer conductor (5a, 5b) at least substantially surrounding the central inner conductor, wherein at least two of said coaxial lines are formed using a common elongated compartment, said elongated compartment being defined by walls forming the outer conductors of the at least two coaxial lines which surround at least two central inner conductors arranged consecutively within the compartment, characterized in that each coaxial line further comprises an elongated rail element (6a, 6b) slidably arranged inside the outer conductor, said rail element being longitudinally movable in relation to said conductors, wherein the elongated rail elements (6a, 6b) of said at least two coaxial lines are formed by a common elongated rail element slidably arranged within the compartment, which common elongated rail element is provided with at least two dielectric elements, each being configured to co-operate with a corresponding inner conductor of the at least two coaxial lines formed in the common compartment to form at least two phase shifting arrangements.
A holder for a container receptacle which is provided for receiving containers, wherein each container has a container opening with an opening rim, a container wall and a container base, a) with a first section which is non-rotatably mounted on or in the container receptacle, b) with a second section which is mounted on the first section so as to be rotatable about a longitudinal axis and a sealing surface, which is provided to seal the container opening of a container inserted into the container receptacle, c) with a pressure line which passes through the first section and the second section and opens out through the sealing surface, d) a ball bearing is provided between the first section and the second section and e) the first section is provided with a shank at its end facing the second section, whereas a running surface for the balls of the ball bearing is formed on the outer circumference of the shank at least in sections, characterised in that the shank carries an attachment at its end facing said second section, which prolongs with its outer circumference the shank and the running surface, whereas the running surface is concave radially to the longitudinal axis, with a cylindrical central section, a first side section facing said first section and a second side section facing said second section, whereas the side sections (96, 97) of the running surface are inclined in opposite directions with an oblique angle with respect to an angle to the longitudinal axis. a) with a first section which is non-rotatably mounted on or in the container receptacle, b) with a second section which is mounted on the first section so as to be rotatable about a longitudinal axis and a sealing surface, which is provided to seal the container opening of a container inserted into the container receptacle, c) with a pressure line which passes through the first section and the second section and opens out through the sealing surface, d) a ball bearing is provided between the first section and the second section and e) the first section is provided with a shank at its end facing the second section, whereas a running surface for the balls of the ball bearing is formed on the outer circumference of the shank at least in sections,
An anti-E1 ion channel monoclonal antibody or binding fragment thereof, which binds to an E1 extracellular loop shown in SEQ ID NO: 128, wherein said ion channel is Nav1.7 and has a function in the modulation of pain and said antibody or fragment is functionally modifying thereto by reducing the amplitude of current through a patch clamp assay by 40% or more.
A work vehicle comprising a cabin to cover an operator's seat on a traveling body, wherein a cabin frame that constitutes a framework of the cabin comprises a pair of left and right front pillars, a pair of left and right rear pillars, a front beam that couples upper end portions of the front pillars to each other, a rear beam that couples upper end portions of the rear pillars to each other, and side beams each of which couples to each other upper end portions of each of the front pillars and each of the rear pillars that stand at a front and rear, characterized in that the rear beam is formed to have a U-shaped cross-section by presswork of a metal plate material, and the rear beam protrudes more rearward than both of the rear pillars to accommodate an air conditioner inside of the rear beam. a pair of left and right front pillars, a pair of left and right rear pillars, a front beam that couples upper end portions of the front pillars to each other, a rear beam that couples upper end portions of the rear pillars to each other, and side beams each of which couples to each other upper end portions of each of the front pillars and each of the rear pillars that stand at a front and rear,
A quiet-opening wrapper for a sheet-like hygiene product provided with an adhesive on one side, which product is based on a web-like packaging material made of a plastic film, and wherein the noise generated when opening the wrapper corresponds to an energy-equivalent continuous sound level LAeq ≤ 60 dB, measured according to the method specified in the description, characterized in that the plastic film comprises a) at least one heat-sealable layer consisting of a mixture of LDPE and LLDPE, which consists predominantly of LDPE, and of 3 to a maximum of 30% by weight, based on the total weight of layer a), polybutylene and optionally up to 20% by weight, based on the total weight of layer a), color pigments and/or fillers; and b) if necessary, a layer of polyethylene with a density of 0.88 - 0.94 g/cm 3, wherein layer a) has a release coating at least in the portions which face the regions of the hygiene product provided with the adhesive and are detachably connected thereto, and otherwise has no release coating at least in the partial regions of the wrapper which are connected by heat sealing to form strip-shaped edge closures. a) at least one heat-sealable layer consisting of a mixture of LDPE and LLDPE, which consists predominantly of LDPE, and of 3 to a maximum of 30% by weight, based on the total weight of layer a), polybutylene and optionally up to 20% by weight, based on the total weight of layer a), color pigments and/or fillers; and b) if necessary, a layer of polyethylene with a density of 0.88 - 0.94 g/cm 3,
A hard imaging device comprising: a print device to eject a plurality of droplets of a liquid marking agent, the droplets of the liquid marking agent individually comprising a plurality of ink particles within a non-aqueous carrier fluid; a control device to control the print device to eject the droplets of the liquid marking agent corresponding to an image to be formed; and a transfer member adjacent to the print device and to receive the droplets of the liquid marking agent ejected by the print device, wherein the transfer member is to transfer the ink particles of the droplets from the transfer member to media to form a hard version of the image using the media; wherein the transfer member includes a release layer, a soft layer and a base layer characterized in that the soft layer has a lower resistivity than the release layer.
A method for processing data in a message, comprising: receiving, by a mobile terminal, a message sent by a network side, wherein the message carries data; identifying, by the mobile terminal, a data type of the data; and storing, by the mobile terminal, the data into a function module corresponding to the data type according to a corresponding relationship list, wherein the corresponding relationship list is a list of correspondence between data types and function modules; characterized in that, the data type comprises TXT format, vCalendar format, JPG format and AVI format; and the storing, by the mobile terminal, the data into the function module corresponding to the data type according to the corresponding relationship list further comprises: the mobile terminal stores data in the TXT format into a notepad module, and stores data in the vCalendar format into a calendar module, and stores data in the JPG format into an image management module, and stores data in the AVI format into a player module; the method further comprises: after the storing the data into the function module corresponding to the data type of the data according to the corresponding relationship list, prompting, by the function module, a user of the stored data according to a preset form so that the user performs a management operation on the data; and displaying data attribute of the prompted data, wherein the data attribute indicates the message source of the prompted data and is indicated by naming the file of the data. receiving, by a mobile terminal, a message sent by a network side, wherein the message carries data; identifying, by the mobile terminal, a data type of the data; and storing, by the mobile terminal, the data into a function module corresponding to the data type according to a corresponding relationship list, wherein the corresponding relationship list is a list of correspondence between data types and function modules; characterized in that, the data type comprises TXT format, vCalendar format, JPG format and AVI format; and the storing, by the mobile terminal, the data into the function module corresponding to the data type according to the corresponding relationship list further comprises: the mobile terminal stores data in the TXT format into a notepad module, and stores data in the vCalendar format into a calendar module, and stores data in the JPG format into an image management module, and stores data in the AVI format into a player module; the method further comprises: after the storing the data into the function module corresponding to the data type of the data according to the corresponding relationship list, prompting, by the function module, a user of the stored data according to a preset form so that the user performs a management operation on the data; and displaying data attribute of the prompted data, wherein the data attribute indicates the message source of the prompted data and is indicated by naming the file of the data.
A method at a relay User Equipment, UE, comprising: receiving, at the relay UE and from a remote UE, a control information over a first sidelink channel, wherein the relay UE is within a coverage area of a base station, the remote UE is outside of the coverage area, the relay UE is configured to relay transmissions from the remote UE to the base station, and the control information over the first sidelink channel indicates a future transmission of a traffic data packet from the remote UE to the relay UE over a second sidelink channel; in response to receiving the control information over the first sidelink channel from the remote UE that indicates the future transmission of the traffic data packet from the remote UE to the relay UE over the second sidelink channel, determining, at the relay UE and based on the control information, that a traffic data transmission from the relay UE to the base station will occur; transmitting, to the base station, a scheduling request, the scheduling request requesting an uplink resource for the traffic data transmission from the relay UE to the base station; receiving, from the base station, a scheduling grant that indicates an uplink resource for the traffic data transmission from the relay UE to the base station; and receiving, from the remote UE, the traffic data packet over the second sidelink channel. receiving, at the relay UE and from a remote UE, a control information over a first sidelink channel, wherein the relay UE is within a coverage area of a base station, the remote UE is outside of the coverage area, the relay UE is configured to relay transmissions from the remote UE to the base station, and the control information over the first sidelink channel indicates a future transmission of a traffic data packet from the remote UE to the relay UE over a second sidelink channel; in response to receiving the control information over the first sidelink channel from the remote UE that indicates the future transmission of the traffic data packet from the remote UE to the relay UE over the second sidelink channel, determining, at the relay UE and based on the control information, that a traffic data transmission from the relay UE to the base station will occur; transmitting, to the base station, a scheduling request, the scheduling request requesting an uplink resource for the traffic data transmission from the relay UE to the base station; receiving, from the base station, a scheduling grant that indicates an uplink resource for the traffic data transmission from the relay UE to the base station; and receiving, from the remote UE, the traffic data packet over the second sidelink channel.
A method for allocating resources to a mobile terminal for transmitting data on uplink within a mobile communication system utilizing an uplink scheme comprising transmissions on a scheduled shared channel and a contention-based channel, the method comprising the following steps performed by a network entity responsible for resource allocation of the mobile communication systems: receiving, via the contention-based channel, a resource request for resource allocation from the mobile terminal; and transmitting, in response to the resource request, a resource allocation message granting resources to the mobile terminal for transmitting data via the scheduled shared channel, wherein the resource allocation message indicates to the mobile terminal a frequency band for repeatedly transmitting a reference signal to the network entity responsible for resource allocation, the reference signal being a signal used for uplink channel estimation. receiving, via the contention-based channel, a resource request for resource allocation from the mobile terminal; and transmitting, in response to the resource request, a resource allocation message granting resources to the mobile terminal for transmitting data via the scheduled shared channel, wherein the resource allocation message indicates to the mobile terminal a frequency band for repeatedly transmitting a reference signal to the network entity responsible for resource allocation, the reference signal being a signal used for uplink channel estimation.
A security feature, having at least one luminescent substance for authentication of a security element, a security paper, a value document or another object, the at least one luminescent substance having a host lattice doped with at least one luminescence activator, characterized in that the at least one luminescent substance has the general formula AXO 3: Z where A is at least one element from the group consisting of alkali metals, preferably of Li, Na and K, X is Nb and/or Ta, Z is the luminescence activator, and is at least one element from the group consisting of the rare earth metals and transition metals in the oxidation states in which the relevant transition metals are activatable to luminesce, and where the host lattice is additionally doped with one or several elements E which - acts as a luminescence sensitizer which absorbs energy and transfers it to the luminescent activators and is selected from the group of transition metal cations, and/or - serves for charge equilibration, with the element serving for charge equilibration being selected from the group of transition metal cations or cations of the elements of the third and fourth main groups, and preferably being titanium with the oxidation state +4 or being aluminum with the oxidation state +3. A is at least one element from the group consisting of alkali metals, preferably of Li, Na and K, X is Nb and/or Ta, Z is the luminescence activator, and is at least one element from the group consisting of the rare earth metals and transition metals in the oxidation states in which the relevant transition metals are activatable to luminesce, and where the host lattice is additionally doped with one or several elements E which - acts as a luminescence sensitizer which absorbs energy and transfers it to the luminescent activators and is selected from the group of transition metal cations, and/or - serves for charge equilibration, with the element serving for charge equilibration being selected from the group of transition metal cations or cations of the elements of the third and fourth main groups, and preferably being titanium with the oxidation state +4 or being aluminum with the oxidation state +3. - acts as a luminescence sensitizer which absorbs energy and transfers it to the luminescent activators and is selected from the group of transition metal cations, and/or - serves for charge equilibration, with the element serving for charge equilibration being selected from the group of transition metal cations or cations of the elements of the third and fourth main groups, and preferably being titanium with the oxidation state +4 or being aluminum with the oxidation state +3.
A computer-implemented method of performing decompression to determine one or more image element values from compressed data, wherein the compressed data represents a block of image data comprising a plurality of image element values, each image element value comprising one or more data values relating to a respective one or more channels, the method comprising: reading, from the compressed data, an indication of an origin value for each of the one or more channels; reading, from the compressed data, for each of the one or more channels, an indication of a first number of bits for representing difference values which represent differences between the data values and the origin value for the channel; obtaining, for each of the one or more channels, a second number of bits, wherein representations of the difference values for each of the one or more channels are included in the compressed data using the second number of bits for that channel; using the obtained one or more second numbers of bits for the respective one or more channels to read the representations of the difference values for the one or more image element values being decompressed from the compressed data; based on the representations of the difference values read from the compressed data, determining, for each of the one or more channels and for each of the one or more image element values being decompressed, a difference value in accordance with said first number of bits for the channel; and for each of the one or more channels, determining the data value relating to the channel for each of the one or more image element values being decompressed using: (i) the origin value for the channel, and (ii) the determined difference value for the channel for the image element value. reading, from the compressed data, an indication of an origin value for each of the one or more channels; reading, from the compressed data, for each of the one or more channels, an indication of a first number of bits for representing difference values which represent differences between the data values and the origin value for the channel; obtaining, for each of the one or more channels, a second number of bits, wherein representations of the difference values for each of the one or more channels are included in the compressed data using the second number of bits for that channel; using the obtained one or more second numbers of bits for the respective one or more channels to read the representations of the difference values for the one or more image element values being decompressed from the compressed data; based on the representations of the difference values read from the compressed data, determining, for each of the one or more channels and for each of the one or more image element values being decompressed, a difference value in accordance with said first number of bits for the channel; and for each of the one or more channels, determining the data value relating to the channel for each of the one or more image element values being decompressed using: (i) the origin value for the channel, and (ii) the determined difference value for the channel for the image element value.