mhurhangee/ep-ind-claims huggingface dataset:
An electric power tool comprising: a housing; a motor disposed in the housing; a planetary gear reduction mechanism positioned at a front side of the motor and including multi-stage planetary gears (21, 24), multi-stage carriers (20, 23) arranged in a axial direction of the motor and each configured to carry a plurality of planetary gears (21, 24), and a bearing assembled with a final-stage carrier from a rear side of the final-stage carrier to rotatably support the final-stage carrier; and an internal gear configured to be rotatable and axially slidable while allowing planetary motion of final-stage planetary gears supported by the final-stage carrier, wherein the internal gear is selectively slidable between an advanced position in which the internal gear is positioned rearward of the bearing and meshed both with a gear portion provided on the final-stage carrier and with the final-stage planetary gears and a retracted positioned in which the internal gear is only meshed with the final-stage planetary gears so that rotation of the internal gear is limited in the housing, whereby rotation speed output from the final-stage carrier is variable, characterized in that a gear portion is formed as a separate gear which is configured to be assembled with the final-stage carrier from the rear side of the final-stage carrier after assembling the bearing with the final-stage carrier. a housing; a motor disposed in the housing; a planetary gear reduction mechanism positioned at a front side of the motor and including multi-stage planetary gears (21, 24), multi-stage carriers (20, 23) arranged in a axial direction of the motor and each configured to carry a plurality of planetary gears (21, 24), and a bearing assembled with a final-stage carrier from a rear side of the final-stage carrier to rotatably support the final-stage carrier; and an internal gear configured to be rotatable and axially slidable while allowing planetary motion of final-stage planetary gears supported by the final-stage carrier,
An electronic device, comprising: a device body; a rotary plate hinged to the device body through a rotary shaft and provided with a first guide portion; a slide plate slidably connected to the rotary plate and provided with a second guide portion, wherein the second guide portion is slidably matched with the first guide portion; and a flexible display screen connected to the device body and the slide plate, wherein the slide plate slides relative to the rotary plate during switching between an unfolded state and a folded state of the flexible display screen; wherein the first guide portion comprises multiple comb teeth, and the second guide portion comprises multiple comb teeth grooves, wherein the multiple comb teeth are matched with the multiple comb teeth grooves in a one-to-one correspondence; wherein the electronic device is characterized in that the multiple comb teeth comprise a first comb tooth, wherein the first comb tooth is an elastic comb tooth, and one surface, facing the flexible display screen, of the first comb tooth is provided with a first bar-shaped portion and a second bar-shaped portion, wherein both the first bar-shaped portion and the second bar-shaped portion extend along a sliding direction of the slide plate, and a gap exists between the first bar-shaped portion and the second bar-shaped portion. a device body; a rotary plate hinged to the device body through a rotary shaft and provided with a first guide portion; a slide plate slidably connected to the rotary plate and provided with a second guide portion, wherein the second guide portion is slidably matched with the first guide portion; and a flexible display screen connected to the device body and the slide plate, wherein the slide plate slides relative to the rotary plate during switching between an unfolded state and a folded state of the flexible display screen; wherein the first guide portion comprises multiple comb teeth, and the second guide portion comprises multiple comb teeth grooves, wherein the multiple comb teeth are matched with the multiple comb teeth grooves in a one-to-one correspondence; wherein the electronic device is characterized in that the multiple comb teeth comprise a first comb tooth, wherein the first comb tooth is an elastic comb tooth, and one surface, facing the flexible display screen, of the first comb tooth is provided with a first bar-shaped portion and a second bar-shaped portion, wherein both the first bar-shaped portion and the second bar-shaped portion extend along a sliding direction of the slide plate, and a gap exists between the first bar-shaped portion and the second bar-shaped portion.
A method for separately configuring multiple links of a relay node in a radio communication system, the method being characterized by receiving, by at least one other node and from the relay node, a signal indicating bandwidth capabilities of an access (Uu) link of the relay node and a backhaul (Un) link of the relay node; using the bandwidth capabilities to determine at least one bandwidth of the access (Uu) link and the backhaul (Un) link; and transmitting a signal from the at least one other node toward the relay node, the signal including information about the at least one bandwidth for each of the access (Uu) link and the backhaul (Un) link to be configured in the relay node.
An oil separator for air conditioners, comprising: a shell having a cylindrical space defined therein; a refrigerant introduction pipe for introducing refrigerant into the shell; a refrigerant discharge pipe for discharging the refrigerant out of the shell; and an oil separating bar spaced a predetermined distance from an inner circumferential surface of the shell to create a stagnation point in front of the oil separating bar for accelerating growth of oil drops contained in the refrigerant flowing in the shell, wherein the refrigerant introduction pipe and the oil separating bar are spaced from the refrigerant discharge pipe, characterized in that the oil separating bar is a bar-shaped member mounted in the shell, and configured to cause the refrigerant to diverge at the stagnation point such that the diverged components of the refrigerant flow laterally along the outer circumferential surface of the oil separating bar, and a vortex flow is created at the rear of the oil separating bar. a shell having a cylindrical space defined therein; a refrigerant introduction pipe for introducing refrigerant into the shell; a refrigerant discharge pipe for discharging the refrigerant out of the shell; and an oil separating bar spaced a predetermined distance from an inner circumferential surface of the shell to create a stagnation point in front of the oil separating bar for accelerating growth of oil drops contained in the refrigerant flowing in the shell, wherein the refrigerant introduction pipe and the oil separating bar are spaced from the refrigerant discharge pipe, characterized in that the oil separating bar is a bar-shaped member mounted in the shell, and configured to cause the refrigerant to diverge at the stagnation point such that the diverged components of the refrigerant flow laterally along the outer circumferential surface of the oil separating bar, and a vortex flow is created at the rear of the oil separating bar.
Method for the manufacture of an instant coffee product comprising the steps of: a. Providing a porous particulate base powder b. Sintering a layer of said powder for a period of between 2 s and 600 s while gas is forced through the layer, to form a sintered cake, wherein the porous base powder is characterised in that it has a particle porosity of at least 45%, wherein the pores have a D 50 diameter of less than 80 micrometres; and wherein the relative humidity of the gas used for sintering is between 15% and 70%; and wherein the sintered cake is formed into a powder after sintering. a. Providing a porous particulate base powder b. Sintering a layer of said powder for a period of between 2 s and 600 s while gas is forced through the layer, to form a sintered cake,
A method of transmitting pilot in a multiple-input multiple-output, MIMO, orthogonal frequency division multiplex, OFDM, communication system, comprising: transmitting in each protocol data unit, PDU, of a physical layer a first pilot suitable for deriving an estimate of a response of a MIMO channel between a transmitting entity and a receiving entity; and selectively transmitting in each PDU, depending on a condition of the MIMO channel, an additional pilot suitable for deriving an improved estimate of the MIMO channel response, wherein the additional pilot is dispersed throughout a PDU. transmitting in each protocol data unit, PDU, of a physical layer a first pilot suitable for deriving an estimate of a response of a MIMO channel between a transmitting entity and a receiving entity; and selectively transmitting in each PDU, depending on a condition of the MIMO channel, an additional pilot suitable for deriving an improved estimate of the MIMO channel response, wherein the additional pilot is dispersed throughout a PDU.
Recovery device, in particular for recovering persons from confined spaces, comprising a flexible sheath with an upper side and a lower side, wherein the flexible sheath comprises on the upper side an upper support section for supporting a head of a person to be rescued, a lower support section opposite the upper support section and a middle support section arranged between the upper support section and the lower support section, wherein the central support section comprises a bottom region aligned with the upper support section and the lower support section and two side surfaces adjoining the bottom region in opposite directions, and wherein a textile web is arranged on the bottom region and the side surfaces of the central supporting portion of the flexible sheath, characterized in that a restraint system designed as a rescue belt with at least one shoulder belt and one leg belt for fixing a person to be rescued is connected to the textile web via a stitching. wherein a textile web is arranged on the bottom region and the side surfaces of the central supporting portion of the flexible sheath, characterized in that a restraint system designed as a rescue belt with at least one shoulder belt and one leg belt for fixing a person to be rescued is connected to the textile web via a stitching.
Play structure for children and adolescents comprising at least one spatial element, wherein - the spatial element is formed by supports and connecting elements, - each edge length of a spatial element corresponds to the length of a support, - at the corners of the spatial element, the supports are connected to each other by means of a connecting element, wherein the supports are attached to the connecting element, characterized in that the connecting elements are attached to the end faces of the supports. - the spatial element is formed by supports and connecting elements, - each edge length of a spatial element corresponds to the length of a support, - at the corners of the spatial element, the supports are connected to each other by means of a connecting element, wherein the supports are attached to the connecting element, characterized in that
A method of fabricating a multi-layer source target for X-ray generation, characterized by comprising: interleaving tungsten foils with a layer of CVD diamond to form an interleaved stack; and performing one thermal cycle operation on the interleaved stack while the interleaved stack is under compression between tungsten disks to fabricate the multi-layer source target. interleaving tungsten foils with a layer of CVD diamond to form an interleaved stack; and performing one thermal cycle operation on the interleaved stack while the interleaved stack is under compression between tungsten disks to fabricate the multi-layer source target.
A process to predict recurrence of hepatocellular carcinoma after liver transplantation comprising: - providing a serum or a plasma sample obtained from a hepatocellular carcinoma patient before said patient receives a liver transplant, - determining the amount of the N-glycans: agalacto, core-alpha-1,6-fucosylated biantennary (NGA2F), agalacto, core-alpha-1,6-fucosylated bisecting biantennary (NGA2FB), triantennary glycan, and branching alpha-1,3-fucosylated and core-alpha-1,6-fucosylated triantennary glycan (NA3Fbc) within said serum or plasma sample, wherein decreased amounts of NGA2F and NGA2FB, and, increased amounts of NA3 and NA3Fbc -compared to the amounts of NGA2F, NGA2FB, NA3 and NA3Fbc within a control serum or plasma sample- are predictive for recurrence of hepatocellular carcinoma after liver transplantation. - providing a serum or a plasma sample obtained from a hepatocellular carcinoma patient before said patient receives a liver transplant, - determining the amount of the N-glycans: agalacto, core-alpha-1,6-fucosylated biantennary (NGA2F), agalacto, core-alpha-1,6-fucosylated bisecting biantennary (NGA2FB), triantennary glycan, and branching alpha-1,3-fucosylated and core-alpha-1,6-fucosylated triantennary glycan (NA3Fbc) within said serum or plasma sample,
A method, performed by an electronic device, for controlling a composition of a layout of the electronic device, the method comprising: displaying, via a display of the electronic device, a first layout in which a first application icon is arranged; storing, in a memory of the electronic device, first layout information for the first layout along with a first communication-network country accessed by the electronic device, wherein the first layout information comprises a display position and an application category for the first application icon; transmitting, to an external server, the first layout information; in response to detecting that the country of the communication network accessed by the electronic device is changed from the first communication-network country to a second communication-network country, transmitting, to the external server, information for the second communication network country; receiving, from the external server, second layout information determined based on the first layout information, the second layout information comprising a display position and an application category for a second application icon corresponding to a second application; and displaying, via the display, a second layout in which the second application icon is arranged according to the second layout information, wherein the second application is different from the first application, and wherein the display position and the application category of the second application icon are the same as the display position and the application category of the first application icon. displaying, via a display of the electronic device, a first layout in which a first application icon is arranged; storing, in a memory of the electronic device, first layout information for the first layout along with a first communication-network country accessed by the electronic device, wherein the first layout information comprises a display position and an application category for the first application icon; transmitting, to an external server, the first layout information; in response to detecting that the country of the communication network accessed by the electronic device is changed from the first communication-network country to a second communication-network country, transmitting, to the external server, information for the second communication network country; receiving, from the external server, second layout information determined based on the first layout information, the second layout information comprising a display position and an application category for a second application icon corresponding to a second application; and displaying, via the display, a second layout in which the second application icon is arranged according to the second layout information, wherein the second application is different from the first application, and wherein the display position and the application category of the second application icon are the same as the display position and the application category of the first application icon.
A transmission device for a vehicle component adjuster configured to be supported by a support structure, the transmission device comprising: a drive screw; a drive member configured to receive and threadingly engage the drive screw, the drive member having a gear portion and a shaft portion that extends axially relative to the gear portion; and a load transfer member having a side wall surrounding the shaft portion of the drive member, and a first portion comprising a flange that extends radially outward from the side wall and engages the gear portion of the drive member; characterized in that the load transfer member includes a second portion comprising an end wall that extends inwardly relative to the side wall and is configured to engage the support structure, whereby the load transfer member functions as a cushion between the drive member and the support structure by absorbing load that would otherwise be transferred to the drive member. a drive screw; a drive member configured to receive and threadingly engage the drive screw, the drive member having a gear portion and a shaft portion that extends axially relative to the gear portion; and a load transfer member having a side wall surrounding the shaft portion of the drive member, and a first portion comprising a flange that extends radially outward from the side wall and engages the gear portion of the drive member; characterized in that the load transfer member includes a second portion comprising an end wall that extends inwardly relative to the side wall and is configured to engage the support structure, whereby the load transfer member functions as a cushion between the drive member and the support structure by absorbing load that would otherwise be transferred to the drive member.
A device for controlling the displacement of a machine with axial pistons comprising a case that houses a control unit comprising: ∘ a displacement control spool adapted to be switched between two positions by a control pressure (Ps) according to an axis of sliding (Δ): ▪ a working position in which the control spool provides a connection between at least one inlet (102, 104) that receives a supply pressure and an outlet (101, 103) connected to a cylinder for adjusting the inclination of said machine (31a, 31b), and ▪ an idle position in which the control spool interrupts the connection between said inlet (102, 104) and said outlet (101, 103), and ∘ means for switching adapted to vary the position of the adjusting cylinder (31a, 31b), ∘ a spring, ∘ said means of communication comprise a second switching spool, coaxial to the control spool, ∘ a switching pressure (Pm) exerts an axial force on the second spool in the direction of the control spool, ∘ a control pressure (Ps) exerts an axial force on the control spool in the direction of the second spool, characterized in that: ∘ the spring exerts an axial force on the two spools (110, 130), which tends to move them apart from each other. ∘ a displacement control spool adapted to be switched between two positions by a control pressure (Ps) according to an axis of sliding (Δ): ▪ a working position in which the control spool provides a connection between at least one inlet (102, 104) that receives a supply pressure and an outlet (101, 103) connected to a cylinder for adjusting the inclination of said machine (31a, 31b), and ▪ an idle position in which the control spool interrupts the connection between said inlet (102, 104) and said outlet (101, 103), and ▪ a working position in which the control spool provides a connection between at least one inlet (102, 104) that receives a supply pressure and an outlet (101, 103) connected to a cylinder for adjusting the inclination of said machine (31a, 31b), and ▪ an idle position in which the control spool interrupts the connection between said inlet (102, 104) and said outlet (101, 103), and ∘ means for switching adapted to vary the position of the adjusting cylinder (31a, 31b), ∘ a spring, ∘ said means of communication comprise a second switching spool, coaxial to the control spool, ∘ a switching pressure (Pm) exerts an axial force on the second spool in the direction of the control spool, ∘ a control pressure (Ps) exerts an axial force on the control spool in the direction of the second spool, ∘ the spring exerts an axial force on the two spools (110, 130), which tends to move them apart from each other.
A baler flywheel assembly comprising: - a flywheel configured to be coupled to a shaft of an agricultural baler, the shaft for coupling with a power take-off; and, - a brake system comprising a disc brake system adapted for braking the flywheel, the disc brake system being a caliper-type disc brake system, comprising a brake disc and a brake caliper; characterized in that the brake disc is mounted on the flywheel. - a flywheel configured to be coupled to a shaft of an agricultural baler, the shaft for coupling with a power take-off; and, - a brake system comprising a disc brake system adapted for braking the flywheel, the disc brake system being a caliper-type disc brake system, comprising a brake disc and a brake caliper;
A downlink, DL, transmission method in a base station of a radio communication network enabling multi-user multiple-input multiple-output, MU-MIMO, comprising: pairing a user equipment, UE, with one or more other UEs for DL MU-MIMO transmission in the radio communication network; scheduling through a control channel at least one real layer and at least one virtual layer to the UE, wherein each of the at least one virtual layer is a real layer scheduled for at least one of the one or more other UEs, wherein scheduling of the at least one virtual layer is through the control channel without performing the DL transmission in a transport channel to the corresponding UE, and wherein the UE is implicitly triggered to perform joint detection among the at least one real layer and the at least one virtual layer, the joint detection is based on supplementary information including at least one of scrambling identity for reference signal, precoding matrix, and number of layers; and performing DL transmission to the UE and the one or more other UEs on the transport channel, wherein only the at least one real layer is used for DL transmission to the UE, and each of the at least one virtual layer is used for DL transmission to at least one of the one or more other UEs. pairing a user equipment, UE, with one or more other UEs for DL MU-MIMO transmission in the radio communication network; scheduling through a control channel at least one real layer and at least one virtual layer to the UE, wherein each of the at least one virtual layer is a real layer scheduled for at least one of the one or more other UEs, wherein scheduling of the at least one virtual layer is through the control channel without performing the DL transmission in a transport channel to the corresponding UE, and wherein the UE is implicitly triggered to perform joint detection among the at least one real layer and the at least one virtual layer, the joint detection is based on supplementary information including at least one of scrambling identity for reference signal, precoding matrix, and number of layers; and performing DL transmission to the UE and the one or more other UEs on the transport channel, wherein only the at least one real layer is used for DL transmission to the UE, and each of the at least one virtual layer is used for DL transmission to at least one of the one or more other UEs.